Schneider Electric Zelio Control Relays Brochure

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Catalog | January 2021

Zelio Control Relays

Near Field Communication and conventional Control Relays

schneider-electric.com

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Page 5

General contents

Zelio Control Relays

b General Presentation ............................................................................... page 2

Selection guide ...............................................page 4

b 3-phase supply control relays v RM17

- RM17TG .............................................................................................. page 12

- RM17TT, RM17TA, RM17TU, and RM17TE ....................................... page 20

- RM17UB3 ............................................................................................ page 26

v RM22

- RMNF22 (NFC Multifunction) .............................................................. page 14

- RM22TA, RM22TU, RM22TR, and RM22TG ....................................... page 16

v RM35

- RM35TF .............................................................................................. page 24

- RM35TM (Motor temperature control relays) ...........................................page 30

- RM35UB3 ............................................................................................ page 26

b 1-phase voltage control relays

v RM17UAS and RM17UBE ........................................................................ page 34

v RM22UA and RM22UB ............................................................................. page 40

v RM35UA ................................................................................................... page 38

b 1-phase current control relays

v RM17JC (with integrated current transformer) .......................................... page 44

v RM22JA .................................................................................................... page 46

v RM35JA ...................................................................................... pages 46 and 50

b Liquid level control relays

- RM22LA and RM22LG......................................................................... page 52

- RM35L ................................................................................................. page 56

b Pump control relays

- RM35BA .............................................................................................. page 60

b Frequency control relays

- RM35HZ .............................................................................................. page 62

b Speed control relays

- RM35S ................................................................................................ page 64

b Temperature control relays for elevator machine rooms

and 3-phase supplies

- RM35AT .............................................................................................. page 68

b Accessories for Liquid level control relays

- Electrode holders and probes .............................................................. page 70

b Product reference index ........................................................................ page 72

Page 6

General presentation

Zelio Control Relays

Near Field Communication and conventional Control Relays

Zelio Control Relays

Zelio Control relays monitor and detect abnormal operating conditions concerning phase, current, voltage, frequency, speed, or temperature. The relays inform users of abnormal conditions, and allow them to initiate the necessary corrective actions before serious and costly breakdowns can occur. By monitoring energy network statuses, they enable both electrical and mechanical load control.

RM17T, RMNF22, RM35L, RM17J Zelio Control Relays

They are suitable for a wide range of applications:

b Hoisting: construction cranes, harbor cranes b Packaging: motor voltage, current overload b Lifts: construction lifts, passenger lifts, escalators b Textile: motor voltage, current overload b Water: liquid level on water tank at water and waste water recycling plant

Depending on the product model, control relays are categorized into 8 product

families:

b 3-phase control b Current control b Voltage control b Frequency control b Speed control b Lift temperature control b Level control b Pump control

Zelio Control relay functions

Monitoring

Control relays monitor physical and electrical values. They measure variable signals such as phase (presence, sequence and symmetry), voltage, current, and frequency. They also control liquid levels and process operating rates.

Informing

Control device outputs provide users with electrical information. In addition, setting

faults are signaled by simultaneous ashing of all LEDs.

Protecting

Integrated in the control circuits of automated systems, they enable automatic shutdown management and provide fault information, thus protecting the equipment.

Managing

When the power is switched on, the control relays are inhibited to enable correct measurement circuit setting. The outputs operate with positive logic, the contact or contacts being closed under normal conditions and opening as soon as a fault or power supply loss is detected.

Commissioning

When the diagnostic button is used, the downstream circuit can be closed immediately without sending a fault input signal to the relays. This shortens the testing time during commissioning and troubleshooting.

Zelio Control A simple approach to monitoring your equipment

Page 7

General presentation

(continued)

Zelio Control Relays

Near Field Communication and conventional Control Relays

Zelio Control relays with unique design and features

> Compact modular sizes: 17.5 mm/0.69 in., 22.5 mm/0.88 in., 35 mm/1.38 in. > Adapted for industrial and building control panels > True RMS measurement that minimizes the possibility of unexpected trips from

highly polluted networks (except RM17TG and RM22TG)

> Diagnostic button to check the downstream circuit immediately and reduce

commissioning and troubleshooting time (1)

> IP50 lead-sealable settings protection cover helps prevent dust and unintended

human intervention

> Sta tus ind ica tio n by LEDs , ad dit ion al dial pointe r LED for easy setup in da r k

conditions (1), and power “On” status indication when relay is ready to perform

Dial pointer LED indicator

Scan here to check out the

Zelio NFC Control Relay video

Zelio NFC Control Relay: As simple as

1 Install 2 Open app 3 Set parameters

Diagnostic button

> Optimization of power supplies > Worldwide certication:

Zelio Control relay with NFC (2) technology

Simplify product selection

> One product reference with 7 control functions: Phase loss, Phase sequence,

Asymmetry, Overvoltage, Undervoltage, Overfrequency, and Underfrequency

Achieve unprecedented accuracy

> Digitized setting eliminate the need for screw driver > Timed delay can be set by minute, second or millisecond

Zelio Control

Fault diagnosis

> Fa ult sta tus ind icatio n by LEDs > Real time fault analysis and Historical fault data are viewable in APP

Superior security

> 4 digit password protection

(1) Available in RM35JA32MR, RM35JA32MT, and all RM22 references. (2) Near Field Communication

To control your machines and processes of the future

Page 8

Selection guide

Zelio Control Relays

Near Field Communication and conventional Control Relays

Application 3-phase control 3-phase control

Functions - Phase

sequence

- Phase loss

Values controlled 208…480 V a

208…440 V a

Output contact rating 1 or 2 CO 5 A 2x 1 CO 8 A

Supply voltage Self-powered 208…480 V a line

- Phase sequence

- Phase loss

- Asymmetry

- Undervoltage

- Overvoltage

- Under-frequency

- Over-frequency

208…480 V a 208…480 V a 208…480 V a 200…240 V a

(individually

congurable)

to line, 120…277 V a line to neutral

- Phase sequence

- Phase loss

- Asymmetry

- Undervoltage

- Overvoltage

- Under-frequency

- Over-frequency

2 CO 8 A 1 CO 5 A 2 CO 8 A 1 CO 5 A 2 CO 8 A 1 CO 5 A 2 CO 8 A 1 or 2 CO 5 A 1 CO or 2 CO 5A 2 NO 5 A

Self-powered

- Phase sequence

- Phase loss

- Phase sequence

- Phase loss

- Overvoltage and undervoltage

380…480 V a

- Phase sequence

- Phase loss

- Undervoltage

208…480 V a 200…240 V a

380…480 V a

Self-powered

- Phase sequence

- Phase loss

- Asymmetry

208…480 V a 200…240 V a

- Phase sequence

- Phase loss

- Asymmetry

380…480 V a

- Phase sequence

- Phase loss

- Asymmetry

- Overvoltage and undervoltage

208…480 V a 220…480 V a

- Overvoltage and undervoltage between phases

- Overvoltage and undervoltage between phases and neutral

- Absence of neutral/ phase

220…480 V a 208…480 V a 120…277 V a

- Phase sequence

- Phase loss

- Motor temperature

208…480 V a Motor temperature: PTC probe resistance

15 Ω to 3100 Ω

Time delay – 0.1s...60 min – 0.1…30 s 0.1…10 s – 0.1…10 s 0.1…30 s 0.1…10 s 0.3…30 s –

Size (mm/in.) 17.5/0.69 22.5/0.885 22.5/0.885 17.5/0.69 22.5/0.885 17.5/0.69 22.5/0.885 17.5/0.69 22.5/0.885 17.5/0.69 or 35/1.377 17.5/0.69 or

Modular relay type

RM17TG00 RM17TG20

RMNF22TB30 RM22TG20 RM17TT00 RM22TR31

RM22TR33

RM17TU00 RM22TU21

RM22TU23

RM17TA00 RM22TA31

RM22TA33

RM17TE00 RM35TF30

35/1.377

RM17UB310 RM35UB330 RM35UB3N30

Pages 12 14 16 20 16 20 16 20 16 20 26 30

35/1.377

RM35TM50MW RM35TM250MW

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Page 9

Selection guide (continued)

Zelio Control Relays

Near Field Communication and conventional Control Relays

Application 1-phase voltage control 1-phase voltage control

Functions - Overvoltage or undervoltage with/without memory - Overvoltage (without memory) - Overvoltage (with/without memory)

Values controlled 9…15 V c

20…80 V z 65…260 V z

Output contact rating 1 CO 5 A 1 CO 5 A 2 CO 5 A 2 CO 8 A 2 CO 8 A 1 CO 5 A 2 CO 8 A

Supply voltage Self-powered Self-powered 24…240 V z 24…240 V z 24…240 V z

Time delay 0.1…10 s 3…15 min 0.3…30 s – 0.1…30 s 0.1…10 s 0.1…30 s

220 V z 0.05…5 V z

1…100 V z 15…600 V z

0.05…5 V z 1…100 V z 15…500 V z

- Undervoltage (with/without memory)

- Overvoltage or undervoltage in

window mode (with/without memory)

0.05…5 V z 1…100 V z 15…500 V z

380…415 V a

- Overvoltage and undervoltage in window mode

20…80 V z 65…260 V z

Self-powered 110…240 V z

80…300 V z

Size (mm/in.) 17.5/0.69 17.5/0.69 35/1.377 22.5/0.885 22.5/0.885 17.5/0.69 22.5/0.885

Modular relay type

Pages 34 34 38 40 40 34 40

RM17UAS14 RM17UAS16 RM17UAS15

RM17UAS15315M RM35UA11MW

RM35UA12MW RM35UA13MW

RM22UA21MR RM22UA22MR RM22UA23MR

RM22UA31MR RM22UA32MR RM22UA33MR RM22UA33MT

RM17UBE16 RM17UBE15

RM22UB34

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6 7

Page 10

Selection guide (continued)

Zelio Control Relays

Near Field Communication and conventional Control Relays

Application 1-phase current control 1-phase current control

Functions Integrated current transformer No integrated current transformer No integrated current transformer

- Overcurrent without memory - Overcurrent with/without memory

- Undercurrent with/without memory

- Overcurrent with/without memory

- Undercurrent with/without memory

- Overcurrent and undercurrent with/without memory and window mode

Values controlled 2…20 A 4…100 mA 2…500 mA

Output contact rating 1 CO 5 A 2 CO 8 A 2 CO 5 A 2 CO 8 A

Supply voltage 24…240 V z 24…240 V z 24…240 V z 24…240 V z

Time delay – Inhibition time delay upon startup 1…20 s

Size (mm/in.) 17.5/0.69 22.5/0.885 35/1.377 22.5/0.885, 35/1.377

Modular relay type

Pages 44 46 50 46

RM17JC00MW RM22JA21MR RM35JA31MW

0.15…15 A

Time delay 0.3…30 s

RM35JA32MW

4…100 mA

150...15,000 mA

380…415 V a

0.1…30 s

RM22JA31MR RM35JA32MR RM35JA32MT

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8 9

Page 11

Selection guide (continued)

Zelio Control Relays

Near Field Communication and conventional Control Relays

Application Level control Pump control Frequency control Speed control Temperature control for elevator machine rooms and

Functions By resistive probes By resistive probes By resistive probes By discrete sensor 3-phase and 1-phase - Over-frequency and

- Level 1/Level 2

- Fill operation

- Empty operation

- Standard sensitivity

Values controlled 5…100 kΩ

Output control rating 1 CO 8 A 2 CO 5 A 2 CO 8 A 1 CO 5 A 1 CO 5 A 2 CO 5 A 1 CO 5 A 1 CO 5 A or

- Level 1/Level 2

- Fill operation

- Empty operation

- Low sensitivity

- Standard sensitivity

- High sensitivity

0.25…5 kW 5…100 kW

0.05…1 MW

- Level 1/Level 2

- Fill operation

- Empty operation

- Low sensitivity

- Standard sensitivity

- High sensitivity

0.25…5 kΩ 5…100 kΩ

0.05…1 MΩ

- Empty or ll

- Input for discrete sensor AON: Contact/ PNP/NPN

– Current: 1…10 A

- Overcurrent and undercurrent

- Phase sequence on 3-phase supply

- Phase loss on 3-phase supply

3-phase 208…480 V a 1-phase 230 V a

under-frequency (with/without

memory)

Mains supply: 50 or 60 Hz High threshold: - 2…+ 10 Hz Low threshold: - 10…+ 2 Hz

- Over or under operating rate/

speed (with/without memory)

Time controlled between pulses:

0.05…0.5 s, 0.1…1 s,

0.5…5 s, 1…10 s

0.1…1 min, 0.5…5 min, 1…10 min

3-phase supplies

- Elevator Machine room temperature

-Over temperature and under temperature

Temperature Low threshold: - 1…11 °C High threshold: 34…46 °C

2 NO 5 A

- Elevator Machine room temperature

-Over temperature and under temperature

- Phase loss and phase sequence

Temperature Low threshold: - 1…11 °C High threshold: 34…46 °C 3-phase supplies 208…480 V a

2 NO 5 A

Supply voltage 24…240 V z

Time delay –

Size (mm/in.) 22.5/0.885 35/1.377 22.5/0.885 35/1.377 35/1.377 35/1.377 35/1.377 35/1.377 35/1.377

Modular relay type

380…415 V a

RM22LG11MR RM22LG11MT

Pages 52 56 52 56 60 62 64 68 68

24…240 V z 24…240 V z

380…415 V a

24…240 V z 208…480 V a , 3-phase

0.1…5 s 0.1…30 s 0.1…5 s

RM35LM33MW RM22LA32MR

RM35LV14MW RM35BA10 RM35HZ21FM RM35S0MW RM35ATL0MW

RM22LA32MT

230 V a, 1-phase

Inhibition time delay upon startup 1…60 s Time delay 0.1…10 s

120…277 V a 24…240 V z 24…240 V z 24…240 V z

0.1…10 s Inhibition time delay upon startup 0.6…60 s

1…10 s

RM35ATW5MW

RM35ATR5MW

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10 11

Page 12

Presentation, description

RM17TG00

Zelio Control Relays

3-phase supply control relays RM17TG

Presentation

RM17TGp0 measurement and control relays for 3-phase supplies monitor the correct sequencing of phases L1, L2, and L3 and the total loss of two or more of these phases.

Functions RM17TG

Sequence of phases L1, L2, and L3

Phase loss

Function performed Function not performed

Depending on the model, RM17TG control relays:

b Accept di󰀨erent nominal 3-phase voltage values v 208…480 V a for RM17TG00 v 208…440 V a for RM17TG20 b Are designed for clip-on mounting on a 5 rail

The control status is indicated by an LED.

Applications

b Control for connection of moving equipment (site equipment, agricultural

equipment, refrigerated trucks)

b Control against reverse motor operation (lifting, handling, elevators,

escalators, etc.)

b Control of sensitive 3-phase supplies b Emergency power supply switching in abnormal conditions

L1 L2 L3

12 11 14

RM17TG00

R Yellow LED: indicates relay output status

L1 L2 L3

24 21 22

12 11 14

RM17TG20

Description

RM17TG00 , RM17TG20

1 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Page 13

Operation,

100%

100V

100%

R - R1/R2

TrTr

Phase L1

Phase L2

Phase L3

Relays

references

Operating principle

3-phase supply control relays monitor:

b Correct sequencing of phases L1, L2, and L3 b Fault signaling by LEDs b Total loss of two or more of the phases

RM17TGp0

Phase control

v Sequence of phases L1, L2, and L3 v Phase loss

Zelio Control Relays

3-phase supply control relays RM17TG

Function Diagram

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

The relays monitor:

b That the phase sequence and voltages are correct (> 183 V), the output relay(s)

is/are closed and the yellow LED is on.

b If a sequencing fault or total loss of two or more phases is detected (detected as

soon as two of the voltages drops below 100 V), the relay opens instantly and the LED goes o󰀨.

b On energization of the device with a detected measured fault, the relay stays

open.

Note: Tr: response time on detection of a fault

References

PF153400B

RM17TG00 RM17TG20

PF153401A

Function Rated 3-phase

b Phase sequence b Phase loss

supply voltage

V kg/lb

208…480 a 1 CO 5 A RM17TG00 0.080/

208…440 a 2 CO 5 A RM17TG20 0.085/

Output Reference Weight

0.176

0.187

Page 14

Presentation,

L1N L2 L3

description

RMNF22

Zelio Control Relays

Multifunction 3-phase control relays RMNF22

Presentation

The Near Field Communication (NFC) control relay is designed to monitor the following functions in 3-phase power networks and upon detection of faults, the relay contacts can be opened or closed with or without a set timing period.

b Sequence of phases (L1, L2, L3, N) b Phase loss b Asymmetry b Undervoltage b Overvoltage b Under-frequency b Over-frequency

NFC control relay provides simplied product selection and inventory management.

It monitors 3-phase or 3-phase + neutral networks with 4 indication LEDs that display exact faults occurred during the process.

The mobile app, Zelio NFC, is Android enabled and can be downloaded onto your phone from Google Play. With this mobile app, accurate parameter settings can be

achieved and the 2 relay outputs can be individually congured.

Applications

b Control against reverse motor operation (lifting, handling, elevators, escalators, etc.) b Control of sensitive 3-phase supplies b Emergency power supply switching in abnormal conditions b HVAC and pumping control panels

RMNF22TB30

PL /-PS-

UV /-OV-

Asym

UF /-OF-

NFC

12 11 14

22 21 24

Zelio NFC Control Relay

Description

RMNF22

1 2

3 4 5 6 7 8

1 Pairing Indication LED 2 Phase Loss (PL) fault indication LED (Red continuous) or Phase Sequence (PS)

fault indication LED (Red blinking)

3 Undervoltage (UV) fault indication LED (Red continuous) or Overvoltage (OV)

fault indication LED (Red blinking)

4 Asymmetry (Asym) fault indication LED (Red continuous) 5 Under-frequency (UF) fault indication LED (Red continuous) or Over-frequency (OF)

fault indication LED (Red blinking)

6 Output 2 indication LED (Amber) 7 Output 1 indication LED (Amber) 8 Power Supply indication LED (Green) 9 NFC antenna location

Zelio NFC control relay mobile application

To use NFC control relay, an Android phone with NFC feature and Android OS (version 4.4 and above) are required. The Zelio NFC app can be downloaded in the mobile with one of the following methods:

b Align the mobile phone NFC antenna to the product NFC antenna. This will take

you to the Google Play page for downloading the app.

b Go to Google Play and search for “Zelio NFC”. b Scan the below QR code to download the Zelio NFC app.

Zelio NFC control relay with Smartphone mobile app

With Zelio NFC App installed in your mobile device, you can retrieve/congure and

lock/unlock the product settings, and diagnose product status. The related function diagrams, wiring diagram and Quick Start Guide can be obtained from the app.

They feature:

b Read, write, clone settings b Easy auto-congure settings b Conguration of up to 10 alarms with di󰀨erent monitoring functions b Alarm combination with logic (AND, OR, NOT) for relay output b User dened positive & negative logic (relay output) b Simulator to check logic validity in alarm combination b Diagnose feature for displaying historical faults through event logging b Share settings via multiple channels depending on the phone (email, WhatsApp, etc.) b Secured with password protection

Page 15

Operation,

references

Operating principle

RMNF22

Phase loss + Phase sequence

Phase L1

Phase L2

Phase L3

Alarm

Undervoltage + Overvoltage

Threshold >U Hysteresis

Phases L1/L2/L3

Hysteresis Threshold U<

Alarm

Asymmetry

With on delay

Phase L1

Phase L2

Phase L3

Asymmetry

Hysteresis

Alarm

Tr Tr Tr Tr

With on delay

Tt Tt

Tt Tt Tt

<Tt

Zelio Control Relays

Multifunction 3-phase control relays RMNF22

Alarm triggered

<Tt

Alarm not triggered

The relay monitors its own supply voltage Un:

b Correct sequence of three phases b Phase loss of at least one of the three phases b Phase loss or phase sequence values can be set individually using the

app.

b If a sequencing or phase loss fault is detected, the relay output opens or

closes based on user Alarm settings in app.

Note: Tr: response after crossing of threshold (< 300 ms)

Alarm triggered

Alarm not triggered

The relay monitors its own supply voltage Un:

b Under Voltage or Over Voltage b An adjustable time delay on threshold crossing provides immunity to

transients, and helps prevent spurious triggering of the output relay.

b If a voltage fault is detected, the relay opens or closes at the end of time

delay set as On-delay or O󰀨-delay by the user through the app.

Note: Tt: time delay after crossing of threshold (adjustable in Zelio NFC app)

Alarm triggered

Alarm not triggered

The relay monitors its own supply voltage Un:

b Asymmetry b If an asymmetry fault is detected, the relay opens or closes at the end of

time delay set by the user through the app.

Note: Tt: time delay after crossing of threshold (adjustable in Zelio NFC app)

Under-frequency + Over-frequency

With on delay

Threshold >F Hysteresis

Frequency L1/L2/L3

Hysteresis Threshold F<

Alarm

<Tt

Tt Tt

Alarm triggered

Alarm not triggered

The relay monitors its own supply voltage Un:

b Under-frequency or Over-frequency b If a frequency value exceeding the threshold is detected, the relay

opens or closes at the end of the time delay set as On-delay or O󰀨-delay by

the user through the app.

Note: Tt: time delay after crossing of threshold (adjustable in Zelio NFC app)

Alarm combination using Boolean logic

With Zelio NFC App, it is possible to combine di󰀨erent alarms using AND, OR and NOT logic to form unique monitoring combinations for each

of the relay outputs. A Simulator is also available to verify the validity of the overall logic.

References

RM_528_CPMGU18001

RMNF22TB30

Function Measurement

b Phase sequence b Phase loss b Asymmetry b Undervoltage b Overvoltage b Under-frequency b Over-frequency

range

V kg/lb

208...480 a Adjustable

Time delay Output Reference Weight

0.1 s…60 min

(Phase loss and Phase sequence instant trigger)

2x 1 CO

8 A (individually congurable)

RMNF22TB30 0.125/

0.276

Page 16

Presentation, description,

L1 L2 L3

operation

RM22T●●●

Zelio Control Relays

Multifunction 3-phase control relays RM22TA, RM22TU, RM22TR, and RM22TG

Presentation

RM22 multifunction Zelio control relays monitor the following functions on 3-phase supplies:

Functions RM22TA RM22TU RM22TR RM22TG

Sequence of phases L1, L2, and L3 Phase loss Asymmetry Undervoltage Overvoltage and undervoltage

Function performed Function not performed

Depending on the model, RM22T●●● control relays:

b Accept di󰀨erent nominal 3-phase voltages: up to 480 Va b Monitor their own power supply measured as a true rms value (except RM22TG) b Are designed for clip-on mounting on a 5 rail

They feature a:

b Sealable cover to help protect the settings b Diagnostic button for load circuit testing b Relay output status LED b Fault detection indication LED b Dial pointer LED indicator for relay power ON status b Relay output On-delay or O󰀨-delay

L1 L2

RM22TA31

200

10 20

0,1 30s

Asym

DIAGNOSTIC

12 11 14

22 21 24

RM22TA

L1 L2 L3

RM22TR31

200 208

220

ON DELAY

240

0,1 30s

-8 -14

-6

-4

-2

DIAGNOSTIC

12 11 14

22 21 24

RM22TR

208

220

240

Def

15%

200 208

OFF

220

DELAY

240

Def

20%

-16

-18

-20%

RM22TU23

400

380

-8

-6

-4

-2

DIAGNOSTIC

12 11 14

22 21 24

RM22TU

RM22TG20

DIAGNOSTIC

12 11 14

22 21 24

RM22TG

415

440

480

-14

-16

-18

-20%

Def

Un Green LED: indicates that supply to the product is on R Yellow LED: indicates relay output status DEF Yellow LED: indicates fault detection

Applications

b Control for connection of moving equipment (site equipment, agricultural equipment, refrigerated trucks)

b Control against reverse motor operation (lifting, handling, elevators, escalators, etc.) b Control of sensitive 3-phase supplies b Emergency power supply switching in abnormal conditions

Description

RM22TA, RM22TU, RM22TR, RM22TG

1a Voltage range selector switch

1b Voltage range/On-O󰀨 delay selector

2 Time delay adjustment potentiometer Tt

3a Asymmetry threshold setting potentiometer Asym

3b Undervoltage setting potentiometer <U

3c Overvoltage setting potentiometer >U

4 Diagnostic button

Operating principle

Multifunction 3-phase supply control relays monitor:

b Product being powered by L1 and L3 b Correct sequencing of phases

L1, L2, and L3

b LED indication for relay output status and

fault detection (except phase disconnection)

b Phase loss, including in the case of voltage

regeneration

b Undervoltage from - 2…- 20% of the supply

voltage Un

b Overvoltage from 2…20% of the supply

voltage Un

b Asymmetry from 5…15% of the supply

voltage Un

Voltage switch operation:

v Set the switch to 3-phase supply voltage Un. v The position of this switch is taken into account on energization of the device. v If the switch position is changed while the device is operating, all the LEDs ash

but the product continues to operate normally with the voltage selected at the time of energization preceding the change of position.

v If the switch is returned to the original position selected prior to the last

energization, the LEDs return to their normal state.

Function Diagram

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

Page 17

Operation (continued)

150 V (RM22TA31) 250 V (RM22TA33)

Relay outputs

150 V (RM22TU21)

Relay outputs

L1/L2/L3

Threshold

Hysteresis

Relay outputs

Phases

Operating principle (continued)

RM22TA

Phase + Asymmetry

v Sequence of phases L1, L2, and L3 v Phase loss v Asymmetry Asy

Phase L1

Phase L2

Phase L3

Asymmetry Hysteresis

Zelio Control Relays

Multifunction 3-phase control relays RM22TA, RM22TU, RM22TR, and RM22TG

The relay monitors its own supply voltage Un:

v correct sequence of three phases v phase loss of at least one of the three phases (U measured < 150 V

(RM22TA31) and < 250 V (RM22TA33))

v asymmetry adjustable from 5…15% of Un

b If a sequencing or phase loss fault is detected, the relay opens instantly. b If an asymmetry fault is detected, the relay opens at the end of the time

delay set by the user.

b On energization of the device with a detected measured fault, the relay

stays open.

RM22TU

Phase + Undervoltage

v Sequence of phases L1, L2, and L3 v Phase loss

Phase L1

Phase L2

Phase L3

v Undervoltage control <U

L2 L3

Tt Tt

250 V (RM22TU23)

L2 L1

Note: Tt: time delay after crossing of the threshold (adjustable on the front panel)

The relay monitors its own supply voltage Un:

v correct sequence of the three phases v phase loss of at least one of the three phases (U measured < 150 V

(RM22TU21) and < 250 V (RM22TU23))

v undervoltage adjustable from - 2…- 20% of Un b If a sequencing or phase loss fault is detected, the relay opens instantly. b If a voltage fault is detected, the relay opens instantly. b On energization of the device with a detected measured fault, the relay

stays open.

Note: Tt: time delay after crossing of the threshold

Page 18

Operation (continued)

L1 L2

Phases L1/L2/L3

Relay outputs

Hysteresis

R - R1/R2

Phase L1

Phase L2

Phase L3

Relay outputs

150 V (RM22TR31)

Relay outputs

Operating principle (continued)

RM22TR

Phase + Undervoltage/overvoltage

v Sequence of phases L1, L2, and L3 v Phase loss

Phase L1

Phase L2

Phase L3

v Overvoltage and undervoltage (O󰀨-delay)

Threshold

Zelio Control Relays

Multifunction 3-phase control relays RM22TA, RM22TU, RM22TR, and RM22TG

250 V (RM22TR33)

The relay monitors its own supply voltage Un:

v phase loss (U measured <150 V (RM22TR31) and

< 250 V(RM22TR33))

v undervoltage and overvoltage

b An adjustable time delay on threshold crossing provides immunity to

transients, and helps prevent spurious triggering of the output relay.

b If a voltage fault is detected, the relay opens at the end of the time delay

set as On-delay or O󰀨-delay by the user.

b On energization of the device with a detected measured fault, the relay

stays open.

b In the event of phase loss, the relay opens instantly.

RM22TG

Phase control

v Sequence of phases L1, L2, and L3 v Phase loss

100%

100V

100%

100V

100%

100V

Note: Tt: time delay after crossing of the threshold (adjustable on the front panel)

The RM22TG relay monitors:

v correct sequencing of the three phases v total loss of two or more of the three phases

b When the phase sequence and voltages are correct (> 183 Va), the

output relays are closed and the R LED is on.

b When there is a sequencing fault or total loss of two or more phases

(detected as soon as one of the voltages drops below 100 V) the relay opens instantly and the R LED goes o󰀨.

b On energization of the device with a detected measured fault, the relay

stays open.

TrTr

Note: Tr: response time on appearance of a fault

Page 19

References

Zelio Control Relays

Multifunction 3-phase control relays RM22TA, RM22TU, RM22TR, and RM22TG

References

Function Measurement

b Phase

sequence

b Phase loss b Asymmetry

range

V kg/lb

200…240 a O󰀨 delay

380…480 a O󰀨 delay

Time delay Output Reference Weight

(0.1...30 s)

2 CO

8 A

2 CO

8 A

RM22TA31 0.090/

RM22TA33 0.090/

0.198

RM22TA31

PF143400 PF143402

RM22TG20

RM22TR31

PF143403 PF143405

RM22TU21

b Phase

sequence

b Phase loss b Undervoltage

and overvoltage

b Phase

sequence

b Phase loss b Undervoltage

b Phase

sequence

b Phase loss

200…240 a On/O󰀨 delay

(0.1...30 s)

380…480 a On/O󰀨 delay

(0.1...30 s)

200…240 a No 2 CO

380…480 a No 2 CO

208...480 a No 2 CO

2 CO

8 A

2 CO

8 A

RM22TR31 0.090/

0.198

RM22TR33 0.090/

0.198

RM22TU21 0.090/

0.198

RM22TU23 0.090/

0.198

RM22TG20 0.090/

0.198

Page 20

Presentation, description

RM17Tp00

Zelio Control Relays

Multifunction 3-phase supply control relays RM17TT, RM17TA, RM17TU, and RM17TE

Presentation

RM17TT, RM17TA, RM17TU and RM17TE multifunction control relays monitor the following on 3-phase supplies:

Functions RM17TT RM17TA RM17TU RM17TE

Sequence of phases L1, L2, and L3

Phase loss (1)

Asymmetry

Undervoltage

Overvoltage and undervoltage

Function performed Function not performed

Depending on the model, RM17T●00 control relays:

b Accept di󰀨erent nominal 3-phase voltages: 208...480 V a b Monitor their own power supply measured as a true rms value b Are designed for clip-on mounting on a 5 rail

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

L1 L2 L3

MWG

12 11 14

RM17TT00

L1 L2 L3

12 11 14

1 2 3b

L1 L2 L3

12 11 14

RM17TA00

L1 L2 L3

12 11 14

1 2 3a

1 2 3c 4

Applications

b Control for connection of moving equipment (site equipment, agricultural

equipment, refrigerated trucks)

b Control against reverse motor operation (lifting, handling, elevators,

escalators, etc.)

b Control of sensitive 3-phase supplies b Emergency power supply switching in abnormal conditions

Description

RM17TT00, RM17TA00, RM17TU00, RM17TE00

1 Voltage range selector switch (208, 220, 380, 400, 415, 440, and 480 V a)

2 Time delay adjustment potentiometer Tt

3a Asymmetry threshold setting potentiometer Asy 3b Undervoltage setting potentiometer <U 3c Undervoltage/overvoltage setting potentiometer ∆U

4 Asymmetry threshold setting potentiometer Asy 5 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

RM17TU00

Un Green LED: indicates that supply to the product is on R Yellow LED: indicates relay output status

RM17TE00

(1) Phase loss with regeneration.

Page 21

Operation

30% Un 30% Un30% Un

Phase L3

Phase L2

Phase L1

Relays

Zelio Control Relays

Multifunction 3-phase supply control relays RM17TT, RM17TA, RM17TU, and RM17TE

Operating principle

3-phase supply control relays monitor:

b Correct sequence of phases L1, L2, and L3 b Phase loss, including voltage regeneration b Undervoltage from - 2…- 20% of the supply voltage Un b Overvoltage from 2…20% of the supply voltage Un b Asymmetry from 5…15% of the supply voltage Un b Fault signaling is by LED

Voltage switch operation:

b Set the switch to the 3-phase supply voltage Un. b The position of this switch is taken into account on energization of the device. b If the switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate normally with the

voltage selected at the time of energization preceding the change of position.

b If the selector switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

RM17TT00

Phase + Voltage regeneration

v Sequence of phases L1, L2, and L3 v Phase loss

Function Diagram

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

The relay monitors:

v correct sequence of the three phases v phase loss of at least one of the three phases (U measured < 0.7 x

Un)

b If a sequencing or phase loss fault is detected, the relay opens

instantly.

b On energization of the device with a detected measured fault, the

relay stays open.

RM17TA00

Phase + Asymmetry

v Sequence of phases L1, L2, and L3 v Phase loss v Asymmetry Asy

Phase L1

Phase L2

Phase L3

Asymmetry Hysteresis

The relay monitors:

v correct sequence of the three phases v phase loss of at least one of the three phases

(U measured < 150 V)

v asymmetry adjustable from 5…15% of Un b If a sequencing or phase loss fault is detected, the relay opens

instantly.

b If an asymmetry fault is detected, the relay opens at the end of the

time delay set by the user.

b On energization of the device with a detected measured fault, the

relay stays open.

Note: Tt: time delay after crossing of the threshold (adjustable on front panel).

Page 22

Operation (continued)

150 V 150 V

150 V

Relays

L1/L2/L3

L1 L2

Tt Tt

Threshold

Hysteresis

Relays

Phases

150 V 150 V150 V

Phase L3

Phase L2

Phase L1

Hysteresis

Asymmetry

Relays

L1/L2/L3

Tt Tt

Threshold

Hysteresis

Threshold

Relays

Operating principle (continued)

RM17TU00

Phase + Undervoltage

v Sequence of phases L1, L2, and L3 v Phase loss

Phase L1

Phase L2

Phase L3

v Undervoltage control U<

Zelio Control Relays

Multifunction 3-phase supply control relays RM17TT, RM17TA, RM17TU, and RM17TE

The relay monitors:

v correct sequence of the three phases v phase loss of at least one of the three phases

(U measured < 150 V)

v undervoltage adjustable from - 2…- 20% of Un (- 2… - 12% in the

range 3 x 208 V a and - 2%…- 17% in the range 3 x 220 V a due to the minimum voltage 183 V a)

b If a sequencing or phase loss fault is detected, the relay opens

instantly.

b If a voltage fault is detected, the relay opens at the end of the time

delay set by the user.

b On energization of the device with a detected measured fault, the

relay stays open.

Tt: time delay after crossing of the threshold (adjustable on front panel)

RM17TE00

Phase + Asymmetry + Undervoltage/overvoltage

v Sequence of phases L1, L2, and L3 v Phase loss v Asymmetry Asy

Tt: time delay after crossing of the threshold (adjustable on front panel)

v Control of overvoltage and undervoltage in window mode U> / U<

The relay monitors:

v correct sequence of the three phases v phase loss of at least one of the three phases

(U measured < 150 V)

v asymmetry adjustable from 5…15% of Un v the overvoltage and undervoltage di󰀨erence in window mode,

adjustable from 2…20% of Un

Un 208 V 220 V 380, 400, 415, 440 V 480 V

Voltage threshold (%)

- 12…- 2 - 17…- 2 - 20…- 2 - 20…- 2

> + 2…+ 20 + 2…+ 20 + 2…+ 20 + 2…+ 10

b If a sequencing or phase loss fault is detected, the relay opens

instantly.

b If an asymmetry or voltage fault is detected, the relay opens at the

end of the time delay set by the user.

b On energization of the device with a detected measured fault, the

relay stays open.

Phases

Tt: time delay after crossing of the threshold (adjustable on front panel)

Page 23

References

PF153402A

PF153404A

Zelio Control Relays

Multifunction 3-phase supply control relays RM17TT, RM17TA, RM17TU, and RM17TE

References

Function Measurement

b Phase sequence b Phase loss with voltage

regeneration

range

V kg/lb

208…480 a 1 CO

Output Reference Weight

RM17TT00 0.080/

5 A

0.176

RM17TT00

PF153404A

RM17TU00

PF153405A

RM17TE00

b Phase sequence b Phase loss b Asymmetry

b Phase sequence b Phase loss b Undervoltage

b Phase sequence b Phase loss b Asymmetry b Undervoltage and

overvoltage in window mode

208…480 a 1 CO

5 A

208…480 a 1 CO

5 A

208…480 a 1 CO

5 A

RM17TA00 0.080/

0.176

RM17TU00 0.080/

0.176

RM17TE00 0.080/

0.176

Page 24

Presentation, description, operation

RM35TF30

Zelio Control Relays

Multifunction 3-phase supply control relays RM35TF

Presentation

The RM35TF30 control relay monitors the following on 3-phase supplies:

Functions RM35TF30

Sequence of phases L1, L2, and L3

Phase loss

Overvoltage and undervoltage in window mode

Asymmetry

Function performed

Function not performed

These control relays:

b Accept di󰀨erent nominal 3-phase voltages: 220... 480 V a b Monitor their own power supply measured as a true rms value b Are designed for clip-on mounting on a 5 rail

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

L3L2

1 2

Def.

12 22 21 2411 14

RM35TF

Def. Yellow LED: indicates fault present status (on for

asymmetry, ashing for overvoltage, and undervoltage)

Un Green LED: indicates that supply to the product is on

R Yellow LED: indicates relay output status

Applications

b Control for connection of moving equipment (site equipment, agricultural

equipment, refrigerated trucks)

b Control against reverse motor operation (lifting, handling, elevators,

escalators, etc.)

b Control of sensitive 3-phase supplies b Emergency power supply switching in abnormal conditions

Description

RM35TF

1 Voltage range selector switch (220, 380, 400, 415, 440, and 480 V a) 2 Overvoltage setting potentiometer >U 3 Undervoltage setting potentiometer <U

4 Asymmetry threshold setting potentiometer Asy

5 Time delay adjustment potentiometer Tt 6 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Operating principle

3-phase supply control relay RM35TF30 monitors:

v Correct sequence of phases L1, L2, and L3 v Phase loss v Undervoltage and overvoltage in

window mode

Un 220 V 380, 400, 415, 440 V 480 V

Voltage threshold (%) < - 12…- 2 - 20…- 2 - 20…- 2

> + 2…+ 20 + 2…+ 20 + 2…+ 10

v Asymmetry from 5…15% of the supply voltage Un v LED indication for relay output status and fault detection (except phase

disconnection)

b Voltage switch operation:

v Set the switch to the 3-phase supply voltage Un. v The position of this switch is only taken into account on energization of the

device.

v If the switch position is changed while the device is operating, all the LEDs

ash, but the product continues to operate normally with the voltage selected at the time of energization preceding the change of position.

v If the switch is returned to the original position selected prior to the last

energization, the LEDs return to their normal state.

Function Diagram

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

Page 25

Operation (continued),

150 V150 V150 V

Phase L3

Phase L2

Phase L1

L1/L2/L3

Tt Tt Tt

Threshold

Hysteresis

Threshold

references

Zelio Control Relays

Multifunction 3-phase supply control relays RM35TF

Operating principle (continued)

RM35TF

Phase + Overvoltage + Undervoltage in window mode

v Sequence of phases L1, L2, and L3 v Phase loss v Asymmetry

Asymmetry Hysteresis

Relay

v Control of overvoltage and undervoltage in window mode <U<

The relay monitors:

v correct sequence of the three phases v phase loss of at least one of the three phases

(U measured < 150 V)

v asymmetry, adjustable from 5 to 15% of Un v the undervoltage, adjustable from - 2…- 20% of Un (- 2…- 12% in

the range 3 x 220 V a)

v the overvoltage, adjustable from + 2…+ 20% of Un (+ 2…+ 10% in

the range 3 x 480 V a due to the maximum voltage 528 V a)

b If a sequencing or phase loss fault is detected, the relay opens

instantly.

b If an asymmetry or voltage fault is detected, the relay opens at the

end of the time delay set by the user.

b On energization of the device with a detected measured fault, the

relay stays open.

Phase

Relay

Reference

PF153428A

RM35TF30

Note: Tt: time delay after crossing of the threshold (adjustable on front panel)

Function Rated 3-phase

b Phase sequence b Phase loss b Asymmetry b Undervoltage and

overvoltage in window mode

supply voltage

V kg/lb

220…480 a 2 CO 5 A RM35TF30 0.130/

Output Reference Weight

0.287

Page 26

Presentation, description

RM35UB3ppp

RM17UB310

Zelio Control Relays

3-phase voltage control relays RM17UB3 and RM35UB3

Presentation

Voltage measurement and control relays RM35UB330, RM17UB310 and RM35UB3N30 monitor the following, on 3-phase supplies:

Functions RM35UB330 RM17UB310 RM35UB3N30

Phase loss

Absence of neutral

Overvoltage and undervoltage

Voltage between phases

Voltage between phases and neutral

Function performed

Function not performed

Depending on the model, control relays:

b Monitor their own power supply measured as a true rms value b Are designed for clip-on mounting on a 5 rail

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

220…480 V a 208…480 V a

120…277 V a

12 22 21 2411 14

RM35UB330 RM35UB3N30

Un R1 R2

L1 L2 L3

L3L2

1a 2 3

Green LED: indicates that supply to the product is on Yellow LED: indicates relay output status. Overvoltage threshold Yellow LED: indicates relay output status. Undervoltage threshold

12 22 21 2411 14

L3 NL2

1b 2 3

1 2 3 4

Applications

b Control for connection of moving equipment (site equipment, agricultural

equipment, refrigerated trucks)

b Control against reverse motor operation (lifting, handling, elevators,

escalators, etc.)

b Control of sensitive 3-phase supplies b Emergency power supply switching in abnormal conditions

Description

RM35UB330, RM35UB3N30

1a Voltage range selector switch (220, 380, 400, 415, 440, and 480 V a) 1b Voltage range selector switch (120, 127, 220, 230, 240, 260, and 277 V a) 2 Overvoltage setting potentiometer >U 3 Undervoltage setting potentiometer <U

4 Undervoltage threshold delay setting potentiometer Tt2

5 Overvoltage threshold delay setting potentiometer Tt1 6 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

RM17UB310

1 Voltage range selector switch (208, 220, 380, 400, 415, 440, and 480 V a)

2 Time delay adjustment potentiometer Tt 3 Overvoltage setting potentiometer >U 4 Undervoltage setting potentiometer <U 5 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

12 11 14

RM17UB310

Un Green LED: indicates that supply to the product is on R Yellow LED: indicates relay output status

Page 27

Operation

150 V 150 V

150 V

Phase L3

Phase L2

Phase L1

Relays R1/R2

L1 L2

Tt1

Tt2

Hysteresis

Zelio Control Relays

3-phase voltage control relays RM17UB3 and RM35UB3

Operating principle

3-phase voltage control relays monitor:

b Undervoltage and overvoltage:

Un Phase/phase 208 V 220 V 380, 400, 415, 440 V 480 V

RM17UB310 > U (%) + 2…+ 20 + 2…+ 20 + 2…+ 20 + 2…+ 10

< U (%) - 12…- 2 - 17…- 2 - 20…- 2 - 20…- 2

RM35UB30 > U (%) – + 2…+ 20 + 2…+ 20 + 2…+ 10

< U (%) – - 12…- 2 - 20…- 2 - 20…- 2

Un Phase/neutral 120 V 127 V 220, 230, 240, 260 V 277 V

RM35UB3N30 > U (%) + 2…+ 20 + 2…+ 20 + 2…+ 20 + 2…+ 20

< U (%) - 20…- 2 - 20…- 2 - 20…- 2 - 20…- 2

b Phase loss b Presence of neutral (RM35UB3N30 only)

b Measurements are made between Phases for RM35UB330 and RM17UB310 and between Phase/Neutral for RM35UB3N30 b Fault signaling is by LED b RM35UB relays can di󰀨erentiate between the source of the fault (one LED for overvoltage threshold, one LED for undervoltage threshold)

Function Diagram

Output 11-14, 21-24 open Output 11-14, 21-24 closed

b Voltage switch operation: v Set the switch to the 3-phase supply voltage Un. v The position of this switch is only taken into account on energization of the device. v If the switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate normally with the

voltage selected at the time of energization preceding the change of position.

v If the switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

RM35UB330

Overvoltage/undervoltage control

v Phase loss

b The relay monitors: v phase loss (U measured < 150 V) v the undervoltage v the overvoltage

b Each threshold has its own independently adjustable time delay

from 0.3 to 30 s.

b If a voltage fault is detected, the corresponding relay (one

undervoltage output/one overvoltage output) opens at the end of the

v Overvoltage and undervoltage

Threshold

time delay set by the user.

b If a phase loss is detected, both relays open instantly without waiting

for the end of the time delay set by the user.

b On energization of the device with a detected measured fault, the

relays stay open.

Threshold Phases L1/L2/L3

Relay R1

Relay R2

Note: Tt 1: overvoltage threshold delay (adjustable on front panel)

Tt 2: undervoltage threshold delay (adjustable on front panel)

Page 28

Operation (continued)

80 V 80 V

80 V

Phase L3

Phase L2

Phase L1

Relays R

L1 L2

Tt1

Tt2

Phases L1/L2/L3

Relay R1

Relay R2

Hysteresis

150 V 150 V

150 V

Phase L3

Phase L2

Phase L1

Relays R

11-12/11-14

L1 L2

Phases L1/L2/L3

Relays R

Hysteresis

Operating principle (continued)

RM35UB3N30

Overvoltage/undervoltage + absence of neutral control

v Phase loss

v Overvoltage and undervoltage

Threshold

Zelio Control Relays

3-phase voltage control relays RM17UB3 and RM35UB3

b The relay monitors: v presence of the neutral v the undervoltage v the overvoltage v phase loss (U measured < 80 V)

b Each threshold has its own independently adjustable time delay from

0.3 to 30 s.

b If a voltage fault is detected, the corresponding relay (one

undervoltage output/one overvoltage output) opens at the end of the time delay set by the user.

b In the absence of either neutral or phase, both relays open instantly

without waiting for the end of the time delay set by the user.

b On energization of the device with a detected measured fault, the

relays stay open.

RM17UB310

Overvoltage/undervoltage control

v Phase loss

v Overvoltage and undervoltage

Note:

Tt 1: overvoltage threshold delay (adjustable on front panel) Tt 2: undervoltage threshold delay (adjustable on front panel)

b The relay monitors: v the undervoltage v the overvoltage v phase loss (U measured < 150 V)

b An adjustable time delay from 0.3 to 30 s allows inhibition of the

output relay if a transient fault occurs.

b If a voltage fault is detected, the relay opens at the end of the time

delay set by the user.

b On energization of the device with a detected measured fault, the relay

stays open.

b If phase loss is detected, the relay opens instantly.

Note: Tt: overvoltage and undervoltage threshold delay (adjustable on front panel)

Page 29

References

PF153428APF153428A

PF153405A

Zelio Control Relays

3-phase voltage control relays RM17UB3 and RM35UB3

References

Function Measurement

b Overvoltage and

undervoltage between phases

range V kg/lb

220…480 a (Phase-phase)

Output Reference Weight

1 CO +1 CO 1 per threshold 5 A

RM35UB330 0.130/

0.287

RM35UB330

RM35UB3N30

RM17UB310

b Overvoltage and

undervoltage between phases and neutral

b Absence of neutral

208…480 a (Phase-phase)

120…277 a (Phase-neutral)

1 CO 5 A

1 CO +1 CO 1 per threshold 5 A

RM17UB310 0.080/

0.176

RM35UB3N30 0.130/

0.287

Page 30

Presentation, description

RM35TM50MW RM35TM250MW

Zelio Control Relays

3-phase supply and motor temperature control relays RM35TM

Presentation

RM35 Zelio multifunction control relays monitor the following functions on 3-phase supplies:

Functions RM35TM50MW RM35TM250MW

Sequence of phases L1, L2, and L3

Phase loss

Motor temperature via PTC probe

Selection (with or without memory)

Test/Reset button

Function performed

Function not performed

Depending on the model, control relays:

b Accept di󰀨erent nominal 3-phase voltages: 208...480 V a b Have phase and temperature control functions that are independent of one

another

b Detect line breaks or short-circuit of the temperature probes b Selection (with or without memory) and Test/Reset function is available b Are designed for clip-on mounting on a 5 rail

T1 L1 L2 L3

R1 Un

A1 1411 21 24A2

1 2 3

RM35TM50MW RM35TM250MW

<V< Yellow LED: relay output status indicator

Un Green LED: power ON indicator

Yellow LED: relay output status indicator

T1 L1 L2 L3

T2 Y1

R1 Un

A1 1411 21 24A2

1 2 3

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

Applications

b Control for connection of moving equipment (site equipment, agricultural

equipment, refrigerated trucks)

b Control against reverse motor operation (lifting, handling, elevators,

escalators, etc.)

b Control of sensitive 3-phase supplies b Emergency power supply switching in abnormal conditions

Description

RM35TM50MW, RM35TM250MW

1 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

2 Temperature contact (11-14)

3 Phase contact (21-24)

4 Conguration: selection of temperature control operating mode (with or without

memory) Memory - No Memory

5 Pushbutton (activation of temperature control) Test/Reset

Page 31

Operation

21-24

100 V 100 V

100 V

1650 W

3100 W

15 W

Operating principle

Relays RM35TM50MW and RM35TM250MW monitor:

b Status of the 3-phase supply b Temperature of motors with embedded PTC probes

The 3-phase supply control function monitors:

b Correct sequence of phases L1, L2, and L3 b Phase loss

RM35TM50MW/RM35TM250MW

3-phase supply control

v Sequence of phases L1, L2, and L3 v Phase loss

Phase L1

Phase L2

Phase L3 Phase

relay R2

Zelio Control Relays

3-phase supply and motor temperature control relays RM35TM

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

b As soon as phase sequence (L1, L2, and L3) and phase presence are

considered to be correct, the output relay contact closes and LED R2 is lit.

b If total failure or drop in amplitude of a phase (U measured < 100 V)

or inversion of phase sequence is detected, the output relay contact opens and

LED R2 goes out.

b The result of the control is indicated by the status of output relay R2, NO contact

21-24 is open in the event of a fault.

Temperature control

v Motor temperature control via PTC probe

Supply Un

Resistance T1-T2

Temperature relay R1

b The temperature control relay can take up to 6 PTC (positive temperature

coe󰀩cient) probes wired in series between terminals T1 and T2.

b A fault is declared when the resistance of the temperature sensing circuit

exceeds 3100 Ω.

b Return to normal status is detected when the resistance is once again

below 1650 Ω.

b The result of the control is indicated by the status of the “temperature” output

relay, NO contact 11-14 is open in the event of a fault.

b Opening of the thermal sensing circuit, which has the same e󰀨ect as a high

temperature (resistance exceeds 3100 Ω), is therefore interpreted as a fault.

b Total short-circuiting of the temperature probe(s), detected when resistance is

less than 15 W ± 5 W, is treated as a fault.

b LED R1 is on when the temperature is correct.

Page 32

Operation (continued)

S2 T1/Y1

1650 Ω

3100 Ω

15 Ω

Test/Reset

15 Ω

1650 Ω

3100 Ω

Test/Reset

ResetReset Reset

1650

3100

Te st/Reset

Zelio Control Relays

3-phase supply and motor temperature control relays RM35TM

Operating principle (continued)

RM35TM250MW

Conguration

This conguration is considered when relay RM35TM250MW is energized.

b Set the switch to the required operating mode:

v Temperature control without memory v Temperature control with memory

b On energization, placing the switch in one of the ve intermediate positions holds the relay in the open contact state and the detected error

is signaled by simultaneous ashing of the LEDs.

b The position of the mode selector switch is taken into account on energization. b Any modication of its position during operation has no e󰀨ect - the active conguration may therefore be di󰀨erent from that indicated by the

switch - the RM35TM250MW operates normally but the change in conguration is signaled by simultaneous ashing of the three LEDs.

Motor temperature control via PTC probe with memory

v Memory

Supply Un

Resistance T1-T2

Temperature relay R1

b Relay RM35TM250MW has a selector switch which allows the temperature

control operating mode to be congured with or without memory.

b In “memory” mode, when a fault is detected, the “temperature” relay locks in the

open position.

b As soon as the temperature returns to the correct value, the relay can be

unlocked (reset), either by pressing the “Test/Reset” button (for at least 200 ms), or by closing a volt-free contact (for at least 200 ms) between terminal Y1 and T1 (without a parallel load).

b Relay RM35TM250MW can also be reset by switching o󰀨 the power (see reset

time).

Use of “Test/Reset” button

v No Memory

Supply Un

Resistance T1-T2

Temperature relay R1

v Memory

Supply Un

Resistance T1-T2

Temperature relay R1

b Relay version RM35TM250MW has a “Test/Reset” button which can be used to

check that the temperature control function is working correctly and to reset this

function after locking in “memory” mode.

b The press and release times are 50 ms for both functions. b When the temperature is normal, pressing the “Test/Reset” button simulates

overheating, the “temperature” output relay contact is open and the <V< LED is o󰀨.

b If “memory” mode is not active, “fault” indication is maintained for as long as the

button is pressed.

b If “memory” mode is active, “fault” indication is locked and the button needs to be

released and pressed again to reset the function.

b In “memory” mode, when a fault has been detected and the temperature has

returned to normal, the “temperature” control relay can be unlocked (reset) by

pressing the “Test/Reset” button.

Page 33

References

PF156413A

RM35TM50MW

Zelio Control Relays

3-phase supply and motor temperature control relays RM35TM

References

Function Supply

b Phase sequence b Phase loss b Motor temperature

via PTC probe

voltage

V V kg/lb

24…240 z 208…480 a 2 NO

Measurement range

Output Reference Weight

RM35TM50MW 0.120/

5 A

0.264

PF156414A

RM35TM250MW

b Phase sequence b Phase loss b Motor temperature

via PTC probe

b Selection (with or

without memory)

b “Test/Reset” button

24…240 z 208…480 a 2 NO

5 A

RM35TM250MW 0.120/

0.264

Page 34

Presentation,

A1 A2

12 11 14

15min

description

RM17UBEpp

RM17UAS15315M

Zelio Control Relays

1-phase voltage control relays RM17UAS and RM17UBE

Presentation

1-phase voltage measurement and control relays RM17UASpp and RM17UBEpp monitor:

Functions

RM17 UAS14

Undervoltage

Overvoltage or undervoltage

Overvoltage and undervoltage (window mode) Ranges controlled 9…15 c 65…260 z Fixed at

Function performed

Function not performed

Depending on the model, control relays:

b Allow selection of operating mode b Monitor their own power supply measured as a true rms value b Are designed for clip-on mounting on a 5 rail

RM17 UAS15

RM17UA S15315M

165 a

RM17 UAS16

RM17 UBE15

RM17 UBE16

20…80 z 65…260 z 20…80 z

1 2 3

12 11 14

RM17UASpp (except RM17UAS15315M)

Un Green LED: indicates that supply to the product is on R Yellow LED: indicates relay output status

RM17UAS15315M

Un Green LED: indicates that supply to the product is on R Yellow LED: indicates relay output status

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

Applications

b Protection of electronic or electromechanical devices against overvoltage

and undervoltage

b Emergency power supply switching at abnormal conditions b Anti short-cycle for compressor used in HVAC machinery

Description

RM17UASpp (except RM17UAS15315M)

1 Conguration: selection of operating mode U, Memory - No Memory 2 Setting potentiometer 3 Hysteresis adjustment potentiometer H 4 Time delay setting potentiometer Tt 5 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

RM17UAS15315M

1 Time delay setting potentiometer Tt 2 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

1 2

12 11 14

RM17UBE1p

Un Green LED: indicates that supply to the product is on R Yellow LED: indicates relay output status

RM17UBE1p

1 Maximum voltage range selection and setting potentiometer 2 Minimum voltage range selection and setting potentiometer 3 Time delay setting potentiometer Tt

Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Page 35

Operation

11-12/11-14

Relays R

Supply Un

11-12/11-14

Relays R

Supply Un

Zelio Control Relays

1-phase voltage control relays RM17UAS and RM17UBE

Operating principle

Voltage control relays RM17UAS (except RM17UAS15315M) and RM17UBE monitor:

b Voltage of 1-phase and DC supplies b RM17UASpp relays support two operating modes:

v Overvoltage or undervoltage v Fault memory selected or not b An adjustable time delay, on crossing the thresholds,

provides immunity to transients, and helps prevent spurious triggering of the output relay

b Fault signaling is by LED

RM17 UAS14/UAS15/UAS16 (except RM17UAS15315M)

The operating mode is determined by a switch:

b Undervoltage with or without memory b Overvoltage with or without memory

The position of the conguration switch and the operating mode is read by the product on energization:

b If the conguration switch is set to an unacceptable position, the product detects a fault, the output relay stays open and the LEDs ash to

indicate the position error.

b If the switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate normally with the

function selected at the time of energization preceding the change of position.

b If the conguration switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

Function Diagram

Power supply o󰀨

Power supply on Output 11-14, 21-24 open Output 11-14, 21-24 closed

The undervoltage or overvoltage threshold value is set by a graduated potentiometer clearly indicating the voltage Un to be monitored. The hysteresis is adjusted by a potentiometer graduated from 5…20% of the threshold setting. The hysteresis value must not exceed the limit values of the measuring range.

Undervoltage/Overvoltage without memory

v Undervoltage control <U, No Memory

If the controlled voltage falls below the threshold setting for a time greater than that set on the front panel (0.1…10 s), the output relay opens and the R LED goes o󰀨. As soon as the voltage returns to a value above (or below) the threshold setting minus

Hysteresis Threshold

v Overvoltage control U>, No Memory

(or respectively plus) the hysteresis, the relay instantly closes.

If the controlled voltage exceeds the threshold setting for a time greater than that set

on the front panel (0.1…10 s), the output relay opens and the R LED goes o󰀨. As

soon as the voltage returns to a value below the threshold setting plus the

Threshold

Hysteresis

hysteresis, the relay instantly closes.

Page 36

Operation (continued)

11-12/11-14

Relays R

Hysteresis

Supply Un

Threshold

11-12/11-14

Relays R

Threshold

Supply Un

Hysteresis

11-12/11-14

Relays R

Hysteresis

Supply Un

Threshold Hysteresis

Threshold

Operating principle (continued)

RM17 UAS14/UAS15/UAS16 (except RM17UAS15315M)

Undervoltage/Overvoltage with memory

v Undervoltage control U<, Memory

v Overvoltage control U>, Memory

Zelio Control Relays

1-phase voltage control relays RM17UAS and RM17UBE

(continued)

If “Memory” mode is selected, the relay opens when crossing of the threshold is

detected and then stays in that position. The power needs to be switched o󰀨 to reset

the product.

RM17 UBE15/UBE16

Overvoltage + undervoltage control in window mode

RM17UAS15315M

Undervoltage

Supply Un

220 V a

Hysteresis Threshold U <

Relays R

Note: Tt: time delay after crossing of the threshold

These relays operate in window mode where they check that the controlled voltage stays between a minimum threshold and a maximum threshold.

b The undervoltage or overvoltage threshold values are set by two graduated

potentiometers clearly indicating the voltage Un to be monitored. The hysteresis is

xed at 3% of the threshold setting.

b If the controlled voltage exceeds the high threshold setting, or falls below the low

threshold setting for a time greater than that set on the front panel (0.1…10 s), the

output relay opens and the R LED goes out. During the time delay, this LED ashes.

b As soon as the voltage falls below the high threshold setting value minus the

hysteresis, or rises above the low threshold setting value plus the hysteresis, the relay instantly closes.

b On energization of the device with a detected measured fault, the relay stays open.

Note:

Tt: time delay after crossing of the threshold

If the controlled voltage falls below the threshold (165 V a), the output relay instantly opens and the R LED goes out. As soon as the voltage returns to a value above the threshold plus the hysteresis, the relay closes after the time set on the front panel (3…15 min).

Note: Tt: time delay after crossing of the threshold

Tt Tt

Page 37

References

PF153411A

Zelio Control Relays

1-phase voltage control relays RM17UAS and RM17UBE

References

PF153411A

1-phase voltage control relays

Function Ranges

b Overvoltage

controlled

V S kg/lb

9…15 c O󰀨 delay

or undervoltage

Time delay Output Reference Weight

0.1...10

1 CO 5 A

RM17UAS14 0.080/

0.176

RM17UBE16

RM17UAS15315M

RM17UBE15

b Overvoltage and

undervoltage

20…80 z O󰀨 delay

0.1...10

65…260 z O󰀨 delay

0.1...10

20…80 z O󰀨 delay

0.1...10

1 CO 5 A

in window mode

65…260 z O󰀨 delay

0.1...10

1 CO 5 A

1-phase voltage control relays, 220 V a rated supply voltage

Function Ranges

b Undervoltage

controlled

V min kg/lb

Fixed at 165 a On delay

Time delay Output Reference Weight

3...15

1 CO 5 A

RM17UAS16 0.080/

0.176

RM17UAS15 0.080/

0.176

RM17UBE16 0.080/

0.176

RM17UBE15 0.080/

0.176

RM17UAS15315M 0.080/

0.176

Page 38

Presentation, description, operation

RM35UA1pMW

Zelio Control Relays

Multifunction 1-phase voltage control relays RM35UA

Presentation

Multifunction voltage control relays RM35UA1pMW monitor both AC and DC voltages.

Functions RM35UA11MW RM35UA12MW RM35UA13MW

Overvoltage or undervoltage (with or without memory)

Range controlled 0.05…5 V 1…100 V 15…600 V

Function performed Function not performed

Depending on the model, the control relays allow:

b Automatic c or a recognition b Measurement ranges from 0.05 V to 600 V b Selection between overvoltage and undervoltage b Measurement as a true rms value b Selectable memory function b Clip-on mounting on a 5 rail

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

A2E3E2 E1 M

< U

> U

1 2 3

12 22 21 241411

RM35 UA11MW/UA12MW/UA13MW

Un Green LED: indicates that supply to the product is on

R Yellow LED: indicates relay output status

Applications

b DC motor overspeed control b Battery monitoring b Monitoring of AC or DC supplies b Speed monitoring (with tacho-generator)

Description

RM35 UA11MW/UA12MW/UA13MW

1 Conguration: selection of operating mode U, (with or without memory)

Memory - No Memory

2 Voltage threshold setting potentiometer U Value

3 Hysteresis adjustment potentiometer H

4 Time delay setting potentiometer Tt 5 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Operating principle

Multifunction voltage relays RM35UA1pMW:

b Automatically recognize the form of

c or a (50 or 60 Hz) signal

b Fault signaling is by LED

RM35 UA11MW/UA12MW/UA13MW

The operating mode is selected by using a switch:

b Undervoltage with or without memory b Overvoltage with or without memory

Function Diagram

Power supply o󰀨

Power supply on Output 11-14, 21-24 open Output 11-14, 21-24 closed

The position of the switch and the operating mode is read by the product on energization:

b If the switch is set to an unacceptable position, the product detects a fault, the

output relay stays open and the LEDs ash to indicate the position error.

b If the switch position is changed while the device is operating, all the LEDs ash,

but the product continues to operate normally with the function selected at the time of energization preceding the change of position.

b If the conguration switch is returned to the original position selected prior to the

last energization, the LEDs return to their normal state.

The undervoltage or overvoltage threshold value is set by a potentiometer graduated as a percentage of the scale value of Un to be monitored. The hysteresis is adjusted by a potentiometer graduated from 5…50% of the threshold setting. The hysteresis value must not exceed the limit values of the measuring range.

Page 39

Operation (continued),

Relays R

Supply Un

Relays R

Supply Un

Relays R

Hysteresis

Supply Un

Threshold

Relays R

Supply Un

references

Operating principle (continued)

RM35 UA11MW/UA12MW/UA13MW

Overvoltage without memory

b Overvoltage control > U, without memory

Threshold Hysteresis

Undervoltage without memory

b Undervoltage control < U, without memory

Hysteresis Threshold

Zelio Control Relays

Multifunction 1-phase voltage control relays RM35UA

If the voltage controlled exceeds the threshold setting for a time greater than that set on the front panel (0.3…30 s), the output relay opens and the R LED goes o󰀨.

During the time delay, this LED ashes. As soon as the voltage drops below the

value of the threshold setting, minus the hysteresis, the relay instantly closes.

Note: Tt: time delay after crossing of the threshold (adjustable on front panel)

If the voltage controlled falls below the threshold setting for a time greater than that set on the front panel (0.3…30 s), the output relay opens and the R LED goes

o󰀨. During the time delay, this LED ashes. As soon as the voltage rises above the

value of the threshold setting plus the hysteresis, the relay instantly closes.

Overvoltage/undervoltage with memory

b Undervoltage control < U, without memory

b Undervoltage control < U, with memory

Hysteresis Threshold

References

PF153418A

Note: Tt: time delay after crossing of the threshold (adjustable on front panel)

If “Memory” mode is selected, the relay opens when crossing of the threshold is

detected and then stays in that position. The power needs to be switched o󰀨 to

reset the product.

Note: Tt: time delay after crossing of the threshold (adjustable on front panel)

Function Range

b Overvoltage

controlled

V V kg/lb

0.05…5 24…240 z 2 CO

or undervoltage

Supply voltage

Output Reference Weight

RM35UA11MW 0.130/

5 A

0.287

RM35UA11MW

RM35UA12MW

RM35UA13MW

1…100 24…240 z 2 CO

5 A

15…600 24…240 z 2 CO

5 A

RM35UA12MW 0.130/

0.287

RM35UA13MW 0.130/

0.287

Page 40

Presentation,

A1 A2 M

A1+ A2-

A1 A2 M

description

Zelio Control Relays

1-phase voltage control relays RM22UA and RM22UB

Presentation

RM22UA and RM22UB 1-phase or DC voltage control relays monitor the following functions:

Functions RM22

UA2

●MR UA3●MR

Overvoltage (without memory)

Overvoltage or undervoltage (with/without memory)

Overvoltage and undervoltage (window mode)

Function performed

RM22UA31MRRM22UA21MR

Function not performed

RM22 control relays allow:

b Automatic AC or DC recognition b Selection between overvoltage and undervoltage b Monitoring of their own supply voltage measured as a true rms value b Selectable memory function b Clip-on mounting on a 5 rail

They feature a:

b Dial pointer LED indicator for relay power ON status b Relay output status LED b A sealable cover to help protect the settings b A control status indicator LED

UA33MT UB34

E1 E2 E3

RM22UA23MR

40 70

Value

100%

20 35

Hys

50%

DIAGNOSTIC

12 11 14

22 21 24

RM22UA2pMR

E2 E3

RM22UA33MT

MEMORY

40 70

U Value

100%

20 35

Hys/ >U>

50%

10 20

0,1

30s

DIAGNOSTIC

3 5

E2 E3

RM22UA31MR

MEMORY

< U

MEMORY

40 70

Value

100%

20 35

Hys/ >U>

50%

10 20

0,1

30s

DIAGNOSTIC

12 11 14

22 21 24

RM22UA3pMR

RM22UB34

OFF

DELAY

160 220

140

240

120

260

280

100

300V

160 220

140

240

120

260

100

280

300V80

0,1

30s

DIAGNOSTIC

3 5

Applications

b Protection of electronic or electromechanical devices against overvoltage and undervoltage

b Emergency power supply switching in abnormal conditions b DC motor overspeed control b Monitoring of AC or DC supplies b Battery and speed monitoring (with tacho-generator)

Description

RM22UA2●MR, RM22UA3●MR, RM22UA33MT, RM22UB34

1 Conguration: selection of operating mode U (overvoltage),

>U> (overvoltage and undervoltage), MEMORY - NO MEMORY (with or without memory)

2a Voltage threshold setting potentiometer U value

2b Undervoltage setting potentiometer <U

2c Overvoltage setting potentiometer >U

3 Time delay adjustment potentiometer Tt

4a Hysteresis adjustment potentiometer Hys

4b Hysteresis/overvoltage and undervoltage window mode adjustment

potentiometer Hys/>U>

5 Diagnostic button

6 Conguration: selection of On-delay or O󰀨-delay

12 11 14

22 21 24

RM22UA33MT

12 11 14

22 21 24

RM22UB34

R Yellow LED: indicates relay output status

Page 41

Operation

Tt <Tt

Relay outputs

Supply Un

<Tt

Relay outputs

Supply Un

Zelio Control Relays

1-phase voltage control relays RM22UA and RM22UB

Operating principle

1-phase voltage control relays monitor:

b the voltage of 1-phase and DC supplies b their own supply voltage for the RM22UB model

An adjustable time delay on threshold crossing, provides immunity to transients, and helps prevent spurious triggering of the output relay.

RM22 UA2●MR/UA3●MR/UA33MT

The operating mode is determined by the user:

b Undervoltage with or without memory b Overvoltage with or without memory

The position of the conguration switch and the operating mode is read by the product on energization:

b If the conguration switch is set to an unacceptable position, the product detects a fault, the output relay stays open, and the LEDs ash to

indicate the position error.

b If the conguration switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate

normally with the function selected at the time of energization preceding the position change.

b If the conguration switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

The undervoltage or overvoltage threshold value is set by means of a potentiometer graduated as a percentage of the scale value of U to be monitored. The hysteresis is adjusted by means of a potentiometer graduated from 5…50% of the threshold setting. The hysteresis value must not exceed the limit values of the measuring range.

Overvoltage without memory

b Overvoltage control > U, without memory

Threshold Hysteresis

Undervoltage without memory

b Undervoltage control < U, without memory

Hysteresis Threshold

If the controlled voltage exceeds the threshold setting for a time greater than that

set on the front panel (0.1…30 s), the output relay opens and the R LED goes o󰀨. During the time delay, this LED ashes.

As soon as the voltage drops below the value of the threshold setting minus the hysteresis, the relay instantly closes.

If the controlled voltage falls below the threshold setting for a time greater than that set on the front panel (0.1…30 s), the output relay opens and the R LED goes

o󰀨. During the time delay, this LED ashes.

As soon as the voltage rises above the value of the threshold setting plus the hysteresis, the relay instantly closes.

Page 42

Operation (continued)

Relay outputs

Hysteresis

Supply Un

Threshold

Relay outputs

Hysteresis

Supply Un

Threshold

Relay outputs

Hysteresis

Supply Un

Hysteresis

Threshold

Operating principle (continued)

RM22 UA2●MR/UA3●MR/UA33MT (continued)

Overvoltage/undervoltage with memory

v Overvoltage control > U, with memory

v Undervoltage control < U, with memory

Zelio Control Relays

1-phase voltage control relays RM22UA and RM22UB

If “Memory” mode is selected, the relay opens when crossing of the threshold is

detected and then stays in that position. The power has to be switched o󰀨 to reset

the product.

Note: Tt: time delay after crossing of the threshold

RM22 UA3●MR/UA33MT/UB34

Overvoltage + undervoltage control relay in window mode

b Overvoltage and undervoltage control

in window mode <U<

Threshold

These relays operate in window mode where they check that the controlled voltage stays between a minimum and a maximum threshold.

b The undervoltage or overvoltage threshold values are set by means of two

graduated potentiometers clearly indicating the Un to be monitored. The hysteresis

is xed at 5% of the threshold setting.

b If the controlled voltage exceeds the high threshold setting or falls below the low

threshold setting for a time greater than that set on the front panel (0.1…30 s), the

output relay opens and the R LED goes o󰀨. During the time delay, this LED ashes.

b As soon as the voltage falls below the high threshold setting value minus the

hysteresis, or rises above the low threshold setting value plus the hysteresis, the relay instantly closes.

b On energization of the device with a detected measured fault, the relay stays

open.

Note: Tt: time delay after crossing of the threshold

Page 43

References

PF143409PF143413

PF143412PF143414

Zelio Control Relays

1-phase voltage control relays RM22UA and RM22UB

References

Function Rated supply

b Overvoltage

without memory

voltage

V V kg/lb

24…240 z 0.05…5 z No 2 CO 8 A RM22UA21MR 0.110/

Measurement range

Time delay Output Reference Weight

0.242

RM22UA23MR

RM22UA33MT

RM22UA33MR

RM22UB34

b Overvoltage or

undervoltage with/ without memory

b Overvoltage and

undervoltage in window mode with memory

b Overvoltage and

undervoltage in window mode without memory

24…240 z 1…100 z No 2 CO 8 A RM22UA22MR 0.110/

24…240 z 15…500 z No 2 CO 8 A RM22UA23MR 0.110/

24…240 z 0.05…5 z O󰀨 delay

(0.1...30 s)

24…240 z 1…100 z O󰀨 delay

(0.1...30 s)

24…240 z 15…500 z O󰀨 delay

(0.1...30 s)

380…415 a 15…500 a O󰀨 delay

(0.1...30 s)

110…240 z 80…300 z On/O󰀨 delay

(0.1...30 s)

2 CO 8 A RM22UA31MR 0.110/

2 CO 8 A RM22UA32MR 0.110/

2 CO 8 A RM22UA33MR 0.110/

2 CO 8 A RM22UA33MT 0.110/

2 CO 8 A RM22UB34 0.090/

0.242

0.198

Page 44

Presentation, description

RM17JC00MW

Zelio Control Relays

1-phase current control relays with integrated current transformer RM17JC

Presentation

The control relay RM17JC00MW is designed to monitor a currents.

Functions RM17JC00MW

Overcurrent (without memory)

Function performed Function not performed

These control relays allow:

b Integrated current transformer b Measurement range 2…20 A b Choice of action on the output relay b Clip-on mounting on a 5 rail

They feature a control status indicator LED.

Applications

b Load state control of motors and generators b Control of current drawn by a 3-phase motor b Monitoring of heating or lighting circuits b Control of pump draining (undercurrent) b Control of overtorque (crushers) b Monitoring of electromagnetic brakes or clutches

A1 Y1 A2

12 11 14

RM17JC00MW

Un Green LED: indicates that supply to the product is on

R Yellow LED: indicates relay output status

Description

RM17JC00MW

1 Overcurrent setting potentiometer 2 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Page 45

Operation,

Y1 A1

11-12 11-14

Supply Un

references

Operating principle

Control relay RM17JC00MW is:

b equipped with an integrated current transformer b fault signaling is by LED

RM17JC00MW

Overcurrent detection

Overcurrent detection > I

Hysteresis

Relays R

Reference

PF153412A

Zelio Control Relays

1-phase current control relays with integrated current transformer RM17JC

Function Diagram

b Relay RM17JC00MW controls overcurrent. b The relay closes when the current exceeds the threshold setting on the front

panel and opens when it drops below the threshold minus the hysteresis.

b When terminal Y1 is linked to A1 (+), the output is reversed. The relay opens

when the current exceeds the threshold setting on the front panel and closes again when it drops below the hystereris value.

Function Supply Measurement

b Overcurrent 24…240 z 2…20 1 CO

Power supply o󰀨

Power supply on

Output Reference Weight

range

V A kg/lb

RM17JC00MW 0.110/

5 A

0.243

RM17JC00MW

Page 46

Presentation, description

RM22JA21MR

RM35JA32MT

Zelio Control Relays

1-phase current control relays RM22JA and RM35JA

Presentation

RM22JA and RM35JA multifunction current control relays monitor the following functions:

Functions RM22JA21MR RM22JA31MR RM35JA 32MR/32MT

Overcurrent (without memory)

Overcurrent (with/without memory)

Undercurrent (with/without memory)

Overcurrent and undercurrent (with/without memory) (window mode)

Function performed Function not performed

These control relays enable:

b Automatic a or c recognition b Selection between overcurrent and undercurrent b Measurement as a true rms value b Selectable memory function b Clip-on mounting on a 5 rail

A1 A2 M

E1 E2 E3

RM22JA21MR

100%

20 35

Hys

50%

DIAGNOSTIC

12 11 14

22 21 24

RM22JA21MR

A1 A2 E3 E2 E1 M

A1 A2 M

E2 E3

RM22JA31MR

MEMORY

40 70

100%

20 35

Hys/ > >

50%

10 20

0,1

30s

DIAGNOSTIC

12 11 14

22 21 24

RM22JA31MR

A1 A2 E3 E2 E1 M

4 5

They feature:

b Dial pointer LED indicator for relay power ON status b Relay output status LED b A sealable cover to help protect the settings b A control status indicator LED

Applications

b Excitation control of DC machines b Load state control of motors and generators b Control of current drawn by a 3-phase motor b Monitoring of heating or lighting circuits b Control of pump draining (undercurrent) b Control of overtorque (crushers) b Monitoring of electromagnetic brakes or clutches

Description

RM22JA21MR, RM22JA31MR, RM35JA32MR, RM35JA32MT

1 Conguration: selection of operating mode I (overcurrent),

>I> (overcurrent and undercurrent), MEMORY - NO MEMORY (with or without

memory)

2 Current threshold setting potentiometer I% 3a Hysteresis adjustment potentiometer Hys 3b Hysteresis/overcurrent and undercurrent window mode adjustment

potentiometer Hys/>I>

4 Time delay adjustment potentiometer Tt 5 Diagnostic button 6 Overcurrent setting potentiometer >I

RM35JA32MR

YES

> >

MEMORY

100%

10 20 35

Hys/

> >

50%5

0,1

30s

DIAGNOSTIC

12 11 14 22 21 24

RM35JA32MR

1 2 3b 4 5

RM35JA32MT

YES

> >

MEMORY

100%

20 35

Hys/

> >

50%5

0,1

30s

DIAGNOSTIC

12 11 14 22 21 24

RM35JA32MT

1 2 3b 4 5

R Yellow LED: indicates relay output status

Page 47

Operation

Tt <Tt

Relay outputs

Supply Un

Tt Tt

Relay outputs

Supply Un

Zelio Control Relays

1-phase current control relays

RM22JA and RM35JA

Operating principle

Current control relays monitor the current of 1-phase and DC supplies.

An adjustable time delay on threshold crossing provides immunity to transients, helping prevent spurious triggering of the output relay.

RM22JA●1MR/RM35JA32M●

The operating mode is determined by the user:

b Undercurrent with or without memory b Overcurrent with or without memory

The position of the conguration switch and the operating mode is read by the product on energization:

b If the conguration switch is set to an unacceptable position, the product detects a fault, the output relay stays open and the LEDs ash to

indicate the position error.

b If the conguration switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate normally

with the function selected at the time of energization preceding the change of position.

b If the conguration switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

The undercurrent or overcurrent threshold value is set by means of a potentiometer graduated as a percentage of the scale value of I to be monitored. The hysteresis is adjusted by means of a potentiometer graduated from 5…50% of the threshold setting. The hysteresis value must not exceed the limit values of the measuring range.

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

Overcurrent/Undercurrent without memory

v Overcurrent detection >I , without memory

Threshold

Hysteresis

v Undercurrent detection <I, without memory

Hysteresis

Threshold

If the controlled current exceeds the threshold setting for a time greater than that

set on the front panel (0.1…30 s), the output relay opens and the R LED goes o󰀨.

During the time delay, this LED ashes.

As soon as the current drops below the value of the threshold setting minus the

hysteresis, the relay instantly closes.

If the controlled current falls below the threshold setting for a time greater than that

set on the front panel (0.1…30 s), the output relay opens and the R LED goes o󰀨.

During the time delay, this LED ashes.

As soon as the current rises above the value of the threshold setting plus the hys-

teresis, the relay instantly closes.

Note: Tt: time delay after crossing of the threshold

Page 48

Operation (continued)

Relay outputs

Hysteresis

Supply Un

Threshold

Tt Tt

Relay outputs

Hysteresis

Supply Un

Threshold

Supply Un

Threshold Hysteresis

Hysteresis Threshold

Relay outputs

Operating principle (continued)

RM22JA●1MR/RM35JA32M● (continued)

Overcurrent/Undercurrent with memory

v Overcurrent >I, with memory

Tt Tt

v Undercurrent <I, with memory

Zelio Control Relays

1-phase current control relays RM22JA and RM35JA

If “Memory” mode is selected, the relay opens when threshold crossing is

detected and then stays in that position. The power has to be switched o󰀨 to

reset the product.

Note: Tt: time delay after crossing of the threshold

RM22JA●1MR/RM35JA32M●

Overcurrent and undercurrent control in window mode

v Overcurrent and undercurrent control in

window mode <I<, without memory

<Tt

These relays operate in window mode where they check that the controlled

current stays between a minimum and a maximum threshold.

b The undercurrent or overcurrent threshold values are set by means of two

graduated potentiometers clearly indicating the I to be monitored. The hysteresis

is xed at 5% of the threshold setting.

b If the controlled current exceeds the high threshold setting or falls below the

low threshold setting for a time greater than that set on the front panel (0.1…30 s),

the output relay opens and the R LED goes o󰀨. During the time delay, this LED

ashes.

b As soon as the current falls below the high threshold setting value minus the

hysteresis, or rises above the low threshold setting value plus the hysteresis, the

relay instantly closes.

b On energization of the device with a detected measured fault, the relay stays

open.

Note:Tt: time delay after crossing of the threshold

Page 49

References

PF143415

PF143416PF143418

Zelio Control Relays

1-phase current control relays

RM22JA and RM35JA

References

Function Rated

b Overcurrent

without memory

supply voltage

V kg/lb

24…240 z 4 mA…1 A z

Measurement range

Time delay

Output Reference Weight

2 CO 8 A RM22JA21MR 0.110/

0.242

RM22JA21MR RM22JA31MR

PF143417

RM35JA32MR

RM35JA32MT

b Overcurrent with/

without memory

b Undercurrent with/

without memory

b Overcurrent and

undercurrent (window mode) with/without memory

24…240 z 4 mA…1 A z

24…240 z 150 mA…15 A z

380…415 a 150 mA…15 A z

O󰀨 delay

(0.1...30 s)

O󰀨 delay

(0.1...30 s)

O󰀨 delay

(0.1...30 s)

2 CO 8 A RM22JA31MR 0.110/

0.242

2 CO 8 A RM35JA32MR 0.120/

0.264

2 CO 8 A RM35JA32MT 0.120/

0.264

Page 50

Presentation, description, operation

RM35JA3pMW

Zelio Control Relays

1-phase current control relays RM35JA

Presentation

Multifunction current control relays RM35JA3pMW monitor both AC and DC currents.

Functions

Overcurrent (with/without memory)

Undercurrent (with/without memory)

Range controlled 2 …500 mA 0.15…15 A

Function performed

Function not performed

These control relays allow:

b Automatic AC or DC recognition b Measurement ranges from 2 mA to 15 A b Selection between overcurrent and undercurrent b Measurement as a true rms value b Selectable memory function b Clip-on mounting on a 5 rail

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

RM35JA31MW RM35JA32MW

A2E3E2 E1 M

< I

> I

1 2 3

12 22 21 241411

RM35JA31MW, RM35JA32MW

Un Green LED: indicates that supply to the product is on R Yellow LED: indicates relay output status

Applications

b Excitation control of DC machines b Control of the load state of motors and generators b Control of current drawn by a 3-phase motor b Monitoring of heating or lighting circuits b Control of pump draining (undercurrent) b Control of overtorque (crushers) b Monitoring of electromagnetic brakes or clutches

Description

RM35JA31MW, RM35JA32MW

1 Conguration: selection of operating mode I, (with or without memory)

Memory - No Memory

2 Current threshold setting potentiometer I%

3 Hysteresis adjustment potentiometer Hysteresis

4 Time delay adjustment potentiometer Tt

5 Starting inhibition time delay adjustment potentiometer Ti 6 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Operating principle

Control relays RM35JA3pMW are designed to:

b monitor a or c currents b automatically recognize the form of

c or a (50 or 60 Hz) signal

b directly monitor up to 15 A (above this

value a current transformer can be connected)

b signal detected faults by means of

LEDs

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

Page 51

Operation (continued),

11-12/11-14 21-22/21-24

Tt Tt TiTi

Relays R

Supply Un

11-12/11-14 21-22/21-24

TiTt

Relays R

Supply Un

11-12/11-14 21-22/21-24

Ti Tt

Relays R

Hysteresis

Supply Un

Threshold

11-12/11-14 21-22/21-24

Relays R

Supply Un

references

Zelio Control Relays

1-phase current control relays RM35JA

Operating principle (continued)

RM35 JA31MW/JA32MW

The operating mode is selected by a switch:

b Undercurrent, with or without memory b Overcurrent, with or without memory

The position of the switch and the operating mode is read by the product on energization:

b If the switch is set to an unacceptable position, the product detects a fault, the output relay stays open and the LEDs ash to indicate the

position error.

b If the switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate normally with the

function selected at the time of energization preceding the change of position.

b If the conguration switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

The undercurrent or overcurrent threshold value is set by a potentiometer graduated as a percentage of the scale value of current I to be monitored. The hysteresis is adjusted by a potentiometer graduated from 5…50% of the threshold setting and the value must not exceed the limit values of the measuring range.

Overcurrent without memory

b Overcurrent detection >I, without memory

Threshold Hysteresis

If the current controlled exceeds the threshold setting for a time greater than that set

on the front panel (0.3…30 s), the output relay opens and the LED goes o󰀨.

As soon as the current drops below the value of the threshold setting minus the

hysteresis, the relay instantly closes.

Undercurrent without memory

b Undercurrent detection

Hysteresis Threshold

Overcurrent/Undercurrent with memory

I, without memory

b Overcurrent detection >I, with memory

b Undercurrent detection < I, with memory

Hysteresis Threshold

References

PF153420B

If the current controlled falls below the threshold setting for a time greater than that

set on the front panel (0.3…30 s), the output relay opens and the LED goes o󰀨. As

soon as the current rises above the value of the threshold setting plus the hysteresis,

the relay instantly closes.

If “Memory” mode is selected, the relay opens when crossing of the threshold is

detected and then stays in that position. The power needs to be switched o󰀨 to reset

the product.

On energization, an inhibition time delay (1…20 s) makes it possible to inhibit current

peaks (or troughs) on start-up of equipment.

Note: Ti: starting inhibition time (adjustable on front panel)

Tt: time delay after crossing of the threshold (adjustable on front panel)

Function Range

b Overcurrent or

undercurrent

controlled

2 …500 mA 24…240 z 2 CO

Supply Output Reference Weight

V kg/lb

5 A

RM35JA31MW 0.130/

0.286

RM35JA31MW

RM35JA32MW 0.130/

0.286

RM35JA32MW

0.15…15 A 24…240 z 2 CO

5 A

Page 52

Presentation,

A1 A2 NC

description

Zelio Control Relays

Liquid level control relays RM22LA and RM22LG

Presentation

RM22LA and RM22LG liquid level control relays control one or two liquid levels, with

a ll or empty function:

Functions RM22LA 32MR/32MT RM22LG 11MR/11MT

Level 1/Level 2

Fill operation

Empty operation

Low sensitivity

Standard sensitivity

High sensitivity

RM22LA32MTRM22LG11MR

Function performed Function not performed

RM22 liquid level control relays feature:

b A dial pointer LED indicator for relay power ON status b A relay output status LED b A sealable cover to help protect the settings b A control status indicator LED

The relays are designed for clip-on mounting on a 5 rail.

Min Max C

RM22LG11MR

Sens

KΩ

100

Level

DIAGNOSTIC

12 11 14

RM22LG11MR

Applications

These devices monitor the levels of conductive liquids. They control the actuation of pumps or valves to regulate levels and can also help prevent submersible pumps “dry running”, or tanks “overowing”. They can also be used to control dosing of liquids in mixing processes and to help protect heating elements in the event of non-immersion. They have a transparent, hinged cover on their front panel to avoid any accidental alteration of the settings. This cover can be directly sealed.

b Application examples for compatible liquids: v spring, town, industrial, and sea water v metallic salt, acid, or base solutions v liquid fertilizers v non-concentrated alcohol (< 40%) v liquids in the food processing industry: beer, co󰀨ee, etc.

A1 A2 NC

Min Max C

RM22LG11MT

Sens

Level

DIAGNOSTIC

12 11 14

KΩ

1005

RM22LG11MT

Description

RM22LG11MR, RM22LG11MT, RM22LA32MR, RM22LA32MT

1 Conguration: selection of the operating mode (Fill or Empty) and the sensitivity

range (LS/St/HS)

2 Sensitivity control potentiometer (kΩ or %)

3 Conguration: selection of the number of levels and the On/O󰀨 time delay

4 Time delay control potentiometer Tt

5 Diagnostic button

A1 A2 NC

Min Max

RM22LA32MR

St. St.

30 70

Sens

100%5

Level

OFF

DELAY

2 1 2

10 20

0,1

30s

DIAGNOSTIC

12 11 14

22 21 24

RM22LA32MR

4 5

A1 A2 NC

Min Max C

RM22LA32MT

St. St.

Sens

100%5

Level

OFF

DELAY

2 1 2

10 20

0,1

30s

DIAGNOSTIC

12 11 14

22 21 24

RM22LA32MT

4 5

R Yellow LED: indicates relay output status

Page 53

Operation

Supply Un

Relay

outputs

Relay

outputs

Zelio Control Relays

Liquid level control relays

RM22LA and RM22LG

Operating principle

Liquid level control relays are designed to measure and control the levels of conductive liquids by means of resistive probes. The operating principle is based on measurement of the apparent resistance of the liquid between two submerged probes. When this value is less than the threshold setting on the front panel of the device, the relay changes state. To avoid electrolytic phenomena, an AC current runs across the probes. A selector switch on the front panel allows selection of the required function and the sensitivity range. Control of a single level can be achieved by using the second selector switch. In this case, the Max. level probe stays up in the air and an adjustable time delay avoids any wave e󰀨ect. tank is either emptying or lling.

RM22LA and RM22LG

A selector switch on the front panel of these relays allows selection of the required sensitivity range and the empty or ll function. A second switch allows selection of the number of levels (1 or 2) and the type of time delay in the case of level 1 mode. The position of these conguration switches is taken into account on energization. b If the conguration switch is set to an unacceptable position, the product detects a fault, the output relay stays open, and the LEDs ash to signal the position error. b If the conguration switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate normally with the function selected at the time of energization preceding the change of position. b If the conguration switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

Both products activate their output relay when a

Function Diagram

Power supply O󰀨

Power supply On

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

Control of two levels, empty and ll function

v Fill/Empty function (2 levels)

Max. level

Min. level

b Empty function

level: 2, function:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

The output relay stays open until the liquid reaches the Max. level probe. As soon as the Max. level is reached, the contact closes and then allows emptying of the tank (valve opens, pump starts, etc.). When the level drops below the Min. level, the contact opens to stop the emptying process.

b Fill function

level: 2, function:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

The output relay stays energized until the liquid reaches the Max. level probe. As soon as the Max. level is reached, the contact opens and the pump stops. When the level drops below the Min. level, the contact closes again and pumping restarts to raise the level.

Page 54

Operation (continued)

Tt Tt Tt

Supply Un

Relay

outputs

Level

Tt Tt Tt

Supply Un

Relay

outputs

Level

Tt Tt

Supply Un

Relay

outputs

Level

Tt Tt

Supply Un

Relay

outputs

Level

Operating principle (continued)

RM22LA and RM22LG (continued)

Control of one level, empty function

v Empty function T on

Zelio Control Relays

Liquid level control relays RM22LA and RM22LG

b Level: 1 - on delay functions:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

v Empty function T o󰀨

Control of one level, ll function

v Fill function T on

When the liquid level rises above the probe for a time greater than the time delay value Tt set on the front panel, the relay is energized and stays energized until the liquid level drops back to the probe. If the liquid drops back below the set level before the end of the time delay, the relay is not energized.

b Level: 1 - o󰀨 delay functions:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

When the liquid level rises above the probe, the relay is energized instantly and stays energized until the liquid again reaches the probe level for a time Tt set on the front panel. If the liquid drops back below the set level before the end of the time delay period, the relay stays energized.

b Level: 1 - on delay functions:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

When the liquid level drops below the probe for a time greater than the time delay value Tt set on the front panel, the relay is energized and stays energized until the liquid level rises back up to the probe. If the liquid rises back above the set level before the end of the time delay period, the relay is not energized.

v Fill function T o󰀨

b Level: 1 - o󰀨 delay functions:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

When the liquid level drops below the probe, the relay is energized instantly and stays energized until the liquid level again reaches the probe level and stays above it for a time greater than the time delay period Tt set on the front panel. If the liquid drops back below the set level before the end of the time delay period, the relay stays energized.

Note: Tt: time delay after crossing of the threshold

Page 55

References

PF143419PF143421

PF143420PF143422

Zelio Control Relays

Liquid level control relays

RM22LA and RM22LG

References

Function Rated supply

b Level 1/

Level 2

b Fill

operation

b Empty

operation

voltage

V Ω kg/lb

24…240 z 5 K…100 K No 1 CO 8 A RM22LG11MR 0.100/

Measurement range

Time delay

Output Reference Weight

0.220

RM22LG11MR

RM22LA32MR

RM22LG11MT

RM22LA32MT

380…415 a 5 K…100 K No 1 CO 8 A RM22LG11MT 0.100/

24…240 z 250...1 M On/O󰀨

delay

(0.1...30 s)

380…415 a 250...1 M On/O󰀨

delay

(0.1...30 s)

2 CO 8 A RM22LA32MR 0.110/

2 CO 8 A RM22LA32MT 0.110/

0.220

0.242

Page 56

Presentation, description, operation

RM35LpppMW

12V

Min

Max

Min

Max

Zelio Control Relays

Level control relays RM35L

Presentation

Level control relays RM35LM33MW and RM35LV14MW control 1 or 2 levels, with a

ll or empty function:

Functions

Level 1/Level 2

Fill / Empty operation

Detection by resistive probes

Detection by discrete sensors

Low / Standard / High sensitivity

Function performed

Function not performed

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

The relays are designed for clip-on mounting on a 5 rail

Applications

These devices monitor the levels of conductive liquid or non-conductive material. They control the actuation of pumps or valves to regulate levels, help protect submersible pumps against dry running, or help protect tanks from “overow”. They can also be used to control dosing of liquids in mixing processes and help protect heating elements in the event of non-immersion. They have a transparent, hinged cover on their front panel to avoid any accidental alteration of the settings. This cover can be directly sealed.

b Application examples for RM35LM33MW: v spring water, town water, industrial water, and sea water v metallic salt, acid, or base solutions v liquid fertilizers and non-concentrated alcohol (< 40%) v liquids in the food processing industry: beer, co󰀨ee, etc.

b Application examples for RM35LV14MW: v chemically pure water v fuels, liquid gases (inammable) v oil, concentrated alcohol (> 40%) v ethylene, glycol, para󰀩n, varnish, and paints

RM35LM33MW RM35LV14MW

1 2

12 22 21 2411 14

A1 12 11 14A2

RM35LM33MW RM35LV14MW

Tt Yellow LED: indicates timing status

Un Green LED: indicates that supply to the product is on

R Yellow LED: indicates relay output status

1 2 3

Description

RM35LM33MW

1 Conguration: selection of operating mode / and of sensitivity range

LS, St, HS

2 Sensitivity adjustment potentiometer % 3 Switch for selecting the number of levels 4 Time delay adjustment potentiometer Tt 5 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

RM35LV14MW

2 Conguration: selection of operating mode / and of sensor type PNP, NPN 3 Time delay adjustment potentiometer Tt 4 Switch for selecting the number of levels 5 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Operating principle

Control relays RM35LM and RM35LV are

designed to control the levels of:

b Conductive liquid for RM35LM

(measures the levels by resistive probes)

b Any other material for RM35LV

(controls the levels of conductive liquids)

The operating principle is based on measurement of the apparent resistance of the liquid between two submerged probes. When this value is less than the threshold setting on the front panel of the device, the relay changes state. To avoid electrolytic phenomena, an AC current runs across the probes. A selector switch on the front panel allows selection of the required function and the sensitivity range. Control of a single level can be achieved by using the second selector switch. In this case, the Max. level probe stays up in the air and an adjustable time delay avoids any wave e󰀨ect.

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

Page 57

Operation (continued)

Supply Un

Relays

Tt Tt Tt

Supply Un

Relays R

Tt Tt Tt Tt

Supply Un

Relays R

Zelio Control Relays

Level control relays

RM35L

Operating principle

RM35LM33MW

Relay RM35LV measures the levels by means of discrete sensors. These two products activate their output relay when a tank is either emptying or lling.

b A green Un LED indicates that the supply is on. b A yellow R LED indicates the state of the output relay. b A yellow Tt LED indicates that timing is in progress. b The green and yellow LEDs ash to indicate an unacceptable setting position.

The position of these conguration switches is taken into account on energization.

b If the conguration switch is set to an unacceptable position, the product detects a fault, the output relay stays open, and the LEDs ash to

signal the position error.

b If the conguration switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate normally

with the function selected at the time of energization preceding the change of position.

b If the conguration switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

Control of two levels, empty and ll function

v Fill/Empty function

Max. level

Min. level

b Empty function

level: 2, function:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

The output relay stays open until the liquid reaches the Max. level probe. As soon

as the Max. level is reached, the contact closes and allows emptying of the tank (valve

opens, pump starts, etc.). When the level drops below the Min. level, the contact

opens to stop the emptying process.

b Fill function

level: 2, function:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

The output relay stays energized until the liquid reaches the Max. level probe. As

soon as the Max. level is reached, the contact opens and the pump stops. When the

level drops below the Min. level, the contact closes again and pumping re-starts to

raise the level.

Note: When two levels are being controlled, the anti-wave time delay function is not active.

Control of one level, empty function

v Empty function T on

Level

v Empty function T o󰀨

Level

b Level: 1 - on delay functions:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

When the liquid level rises above the probe for a time greater than the time delay

value Tt set on the front panel, the relay is energized and stays energized until the

liquid level drops back to the probe.

If the liquid drops back below the set level before the end of the time delay, the relay

is not energized.

b Level: 1 - o󰀨 delay functions:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

When the liquid level rises above the probe, the relay is energized instantly and

stays energized until the liquid again reaches the probe level for a time Tt set on the

front panel.

If the liquid drops back below the set level before the end of the time delay period,

the relay stays energized.

Page 58

Operation (continued)

11-12/11-14 21-22/21-24

Tt Tt Tt

Supply Un

Relays R

Level

11-12/11-14 21-22/21-24

Tt Tt

Supply Un

Relays R

Level

Supply Un

Relays

Max. level

Min. level

11-12/11-14

Tt Tt Tt

Supply Un

Relays R

Level

11-12/11-14

Tt Tt Tt Tt

Supply Un

Relays R

Level

Operating principle (continued)

RM35LM33MW (continued)

Control of one level, ll function

v Fill function T on

Zelio Control Relays

Level control relays RM35L

b Level: 1 - on delay functions:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

v Fill function T o󰀨

b Level: 1 - o󰀨 delay functions:

- LS (Low Sensitivity: 250 W…5 kW)

- St (Standard Sensitivity: 5 kW…100 kW)

- HS (High Sensitivity: 50 kW…1 MW)

When the liquid level drops below the probe, the relay is energized instantly and stays energized until the liquid level again reaches the probe level and stays above it for a time greater than the time delay period Tt set on the front panel. If the liquid drops back down to below the set level before the end of the time delay period, the relay stays energized.

RM35LV14MW

A selector switch on the front panel allows selection of the function (empty or ll) and the type of sensor. A second switch allows selection of the number of levels (1 or 2) and the type of time delay in the case of 1 level mode.

The position of these conguration switches is taken into account on energization.

b If the conguration switch is set to an unacceptable position, the product detects a fault, the output relay stays open, and the LEDs ash to

signal the position error.

b If the conguration switch position is changed while the device is operating, all the LEDs ash, but the product continues to operate

normally with the function selected at the time of energization preceding the change of position.

b If the conguration switch is returned to the original position selected prior to the last energization, the LEDs return to their normal state.

Control of two levels

v Fill/Empty function

b Empty function

Level: 2 The output relay stays open until the material reaches the Max. probe level. As soon as the Max. level is reached, the contact closes and allows emptying of the tank (valve opens, pump starts, etc.). When the level drops below the Min. probe

level, the contact opens to stop the emptying process.

b Fill function

Level: 2 The output relay stays energized until the material reaches the Max. probe. As soon as the Max. level is reached, the contact opens and the pump stops. When the level drops below the Min. probe level, the contact closes again and pumping re-starts to raise the level.

Control of one level, empty function

v Empty function T on

v Empty function T o󰀨

Note: When two levels are being controlled, the anti-wave time delay function is not active.

b Level: 1 - on delay

When the material level rises above the probe for a time greater than the time delay value Tt set on the front panel, the relay is energized and stays energized until the material level drops back to the probe. If the level rises above the probe before the end of time delay period, the relay is not energized.

b Level: 1 - o󰀨 delay

When the material level rises above the probe, the relay is energized instantly and stays energized until the material level again reaches the probe and stays below it for a time greater than the time delay value Tt set on the front panel. If the level drops back to below the probe before the end of time delay period, the relay stays energized.

Page 59

Operation (continued),

11-12/11-14

Tt Tt Tt

Supply Un

Relays R

11-12/11-14

Tt Tt

Supply Un

Relays R

references

Operating principle (continued)

RM35LV14MW (continued)

Control of one level, ll function

v Fill function T on

Level

Zelio Control Relays

Level control relays

RM35L

b Level: 1 - on delay

When the material level drops below the probe for a time greater than the time delay value Tt set on the front panel, the relay is energized and stays energized until the material level again reaches the probe. If the level rises above the probe before the end of time delay period, the relay is not energized.

v Fill function T o󰀨

Level

References

PF153429B

RM35LM33MW

PF153422B

RM35LV14MW

b Level: 1 - o󰀨 delay

When the material level drops below the probe, the relay is energized instantly and

stays energized until the material level again reaches the probe and stays above it

for a time greater than the time delay period Tt set on the front panel.

If the level drops back down to below the probe before the end of the time delay

period, the relay stays energized.

Function Supply voltage Output Reference Weight

V kg/lb

Detection by

resistive probes

(see page 70)

Detection by

discrete sensors

24…240 z 2 CO

5 A

24…240 z 1 CO

5 A

RM35LM33MW 0.130/

0.287

RM35LV14MW 0.130/

0.287

Page 60

Presentation,description,

Y1 12 11 14Y2

L2 L3L1

Def.

> I

< I

operation

RM35BA10

Zelio Control Relays

3-phase and 1-phase pump control relays RM35BA

Presentation

Measurement and control relay RM35BA10 is used for control and monitoring of 3-phase and single-phase pumps.

Functions RM35BA10

3-phase phase sequence

3-phase phase loss

3-phase overcurrent and undercurrent control

1-phase overcurrent and undercurrent control

Function performed Function not performed

These control relays allow:

v Absence of one or more phases v Undercurrent for protection against dry running v Overcurrent for protection against overload

b Acceptance of di󰀨erent nominal voltage values: v 208…480 V a in 3-phase mode v 230 V a in 1-phase mode b Clip-on mounting on a 5 rail b Monitoring of their own supply voltage measured as a true rms value

1 2 3

4 5

RM35BA

Def. Yellow LED: indicates fault present status

Un Green LED: indicates that supply to the product is on

R Yellow LED: indicates relay output status

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

Applications

b Management of pumps

Description

RM35BA

1 Conguration: selection of active function and operating mode 3-ph/1-ph

(Double - Single)

2 Overcurrent setting potentiometer > I 3 Undercurrent setting potentiometer < I 4 Time delay adjustment potentiometer Tt 5 Starting inhibition time delay adjustment potentiometer Ti 6 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Operating principle

Pump control relay RM35BA10 can operate on a 1-phase or 3-phase supply and incorporates 3 functions in a single unit:

b Current control b Phase presence control (in 3-phase mode) b Phase sequence control (in 3-phase mode)

These relays have two operating modes which are designed to control a pump via two external signal inputs (Y1 and Y2). These two signal inputs are controlled by volt-free contacts.

Control signal inputs Y1 and Y2 can be connected to:

b A level sensor b A level relay b A pressure sensor b A pushbutton, etc.

Fault signaling is by LEDs with di󰀨erentiation of the reason for the fault.

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

RM35BA10

The following operating mode is selected by using a switch:

b Single control b Double control b 1-phase or 3-phase supply

The position of the switch and the operating mode is read by the product on energization.

b If the switch position is changed while the device is operating, all the LEDs ash,

but the product continues to operate normally with the function selected at the time of energization preceding the change of position.

b If the conguration switch is returned to the original position selected prior to the

last energization, the LEDs return to their normal state.

Page 61

Operation (continued),

Tt TtTtTi Ti Ti

II.Def.

11-12 11-14

Supply Un

TiTiTiTtTi Tt

I.Def.

11-12 11-14

Relays R

Supply Un

Relays R

Supply Un

11-12/11-14

Relays R

Supply Un

references

Operating principle (continued)

RM35BA10 (continued)

Single control mode

v Single control mode (3-ph/1-ph)

Relays R

Double control mode

v Double control mode (3-ph/1-ph)

Zelio Control Relays

3-phase and 1-phase pump control relays

RM35BA

This mode is designed to control a pump via an external signal. The relay output is

closed when the signal is present at Y1 (contact closed). Y2 can be used to reset the

relay after a current fault.

Note: Ti: time delay to inhibit fault monitoring on pump starting (overcurrent and undercurrent,

setting on front panel)

Tt: time delay on occurrence of a fault (overcurrent or undercurrent, setting on front panel) I. Def.: presence of a current fault (overcurrent or undercurrent)

This mode is designed to control a pump via two external control signals (Y1 and Y2).

The output relay closes when both input signals are present (Y1 and Y2 closed). It

will open as soon as one of these signals disappears.

1-phase or 3-phase supply control mode

v Overcurrent detection > I

v Undercurrent detection < I

Note: Ti: time delay to inhibit fault monitoring on pump starting (overcurrent and undercurrent,

setting on front panel) Tt: time delay on occurrence of a fault (overcurrent or undercurrent, setting on front panel) I. Def.: presence of a current fault (overcurrent or undercurrent)

b If the control relay is congured for a 1-phase supply, it monitors the current

consumed by the pump.

b If the control relay is congured for a 3-phase supply, it monitors the current,

phase sequence and phase loss.

b If a phase fault is detected, the output relay opens immediately. b On energization, if there is a phase sequence or phase loss fault, the output is

unable to energize.

The overcurrent and undercurrent values are set by two separate potentiometers,

graduated from 1 to 10 A.

b If a setting error occurs (low threshold greater than high threshold), the output

relay opens and all the LEDs ash to signal the error.

b If a current fault occurs (overcurrent or undercurrent), the relay opens when the

fault persists for longer than the threshold time delay setting.

b When the current returns to the correct value, the output relay continues to

remain open. It can only be re-energized by a RESET: either by switching o󰀨 the

power, or by closing external contact Y2 (in single control mode).

b An inhibition time delay on energization (Ti) allows detection of current peaks on

motor starting.

Note: Ti: time delay to inhibit fault monitoring on pump starting (overcurrent and undercurrent,

setting on front panel) Tt: time delay on occurrence of a fault (overcurrent or undercurrent, setting on front panel)

References

PF153428A

RM35BA10

Function Current

3-phase:

b Phase sequence b Phase loss b Overcurrent and

undercurrent control

1-phase:

b Overcurrent and

undercurrent control

range controlled

A V kg/lb

1…10 b 208…480 a,

Supply voltage

3-phase

b 230 a,

1-phase

Output Reference Weight

1 CO

RM35BA10 0.110/

5 A

0.243

Page 62

Presentation, description, operation

RM35HZ21FM

1 2

3 4

12 2214 21 2411

RM35HZ21FM

R1 Yellow LED: indicates relay status (high frequency

threshold)

Un Green LED: indicates that supply to the product is on

R2 Yellow LED: indicates relay status (low frequency threshold)

Zelio Control Relays

Frequency control relay RM35HZ

Presentation

Frequency control relay RM35HZ monitors frequency variations on 50 or 60 Hz AC

supplies:

Functions RM35HZ21FM

Over-frequency (50 or 60 Hz)

Under-frequency (50 or 60 Hz)

Function performed

Function not performed

These control relays allow:

b Over-frequency and under-frequency with two independent relay outputs b Selectable memory function b Monitoring of their own supply voltage measured as a true rms value b Clip-on mounting on a 5 rail

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

Applications

Monitoring of electrical power sources:

b Generating sets, wind turbines, micro-power stations, etc.

Description

RM35HZ21FM

1 Conguration: selection of 50/60 Hz frequency range and operating mode (with

or without memory) Memory - No Memory

2 Frequency tolerance multiplication setting potentiometer x1-x2 3 Low frequency threshold setting switch F < 4 High frequency threshold setting switch F >

5 Time delay adjustment potentiometer 6 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Operating principle

Frequency control relay RM35HZ monitors:

v Frequency variations on 50 or 60 Hz

supplies

v Over-frequency and under-frequency via

adjustment of two independent thresholds. (It has two relay outputs: one per threshold)

v Fault signaling is by LED

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

b Function selector switch: v Set the switch to a frequency of 50 or 60 Hz of the supply monitored, then select

Memory or No memory mode.

v The position of the switch and the operating mode is read by the product on

energization.

v If the switch is set to an unacceptable position, the product detects a fault, the

output relays stay open and the LEDs ash to indicate the position error.

v If the switch position is changed while the device is operating, all the LEDs ash

but the product continues to operate normally with the function selected at the time of energization preceding the change of position.

v If the switch is returned to the original position selected prior to the last

energization, the LEDs return to their normal state.

Page 63

Tt Tt

11-12 11-14

21-22 21-24

Tt Tt

11-12 11-14

21-22 21-24

Operation (continued), references

Zelio Control Relays

Frequency control relay

RM35HZ

Operating principle (continued)

RM35HZ21FM

The under-frequency or over-frequency threshold values are set using two graduated potentiometers indicating the variation value of the frequency to be monitored. A switch x1/x2 allows the control scale to be doubled. Hysteresis is xed at 0.3 Hz.

Over-frequency and under-frequency without memory

v Over-frequency and under-frequency control, without

memory

Supply Un

Hysteresis

Relay R1

Relay R2

b If the frequency of the voltage controlled exceeds the over-frequency threshold

setting for a time greater than that set on the front panel (0.1…10 s), the

corresponding output relay opens and its LED goes o󰀨. During the time delay, this LED ashes.

b As soon as the frequency drops below the value of the threshold setting, minus

the hysteresis, the relay instantly closes.

b If the frequency of the voltage controlled falls below the under-frequency

threshold setting for a time greater than that set on the front panel (0.1…10 s), the corresponding output relay opens and its LED goes out. During the time delay, this

LED ashes.

b As soon as the frequency rises above the value of the threshold setting, plus the

hysteresis, the relay instantly closes.

b On energization of the device with a detected measured fault, the relay stays

open.

Over-frequency and under-frequency with memory

v Over-frequency and under-frequency control with

memory

Supply Un

Hysteresis

Relay R1

Relay R2

Reference

Zeliocontrol_528_RDSPH16045

RM35HZ21FM

Note: Tt: time delay after crossing of the threshold (adjustable on front panel)

If “Memory” mode is selected, the relay opens after the time delay and stays in that position when crossing of the threshold is detected.

The power needs to be switched o󰀨 to reset the product.

Note:Tt: time delay after crossing of the threshold (adjustable on front panel)

Function Range

b Over-

frequency and underfrequency 50 or 60 Hz

controlled

40…60 Hz

(50 Hz) /

50…70 Hz (60 Hz)

Supply voltage

V kg/lb

120…277 a 1 CO + 1 CO

Output Reference Weight

5 A

RM35HZ21FM 0.130/

0.287

Page 64

Presentation, description

RM35S0MW

Zelio Control Relays

Speed control relay RM35S

Presentation

Speed control relay RM35S0MW monitors:

Functions RM35S0MW

Underspeed (with/without memory, with inhibition by external contact S2)

Overspeed (with/without memory, with inhibition by external contact S2)

Function performed

Function not performed

Speed control relay RM35S0MW measures via:

b A 3-wire PNP or NPN proximity sensor input b A Namur proximity sensor input b A 0-30 V voltage input b A volt-free contact input

These control relays allow:

b Operation with either NO or NC sensors b Adjustable time between impulses from 0.05 s…10 min b Adjustable power-on inhibition time from 0.6 to 60 s b Inhibition controlled by an external contact b Clip-on mounting on a 5 rail

12V12V

E1 E2 0V

1 2 3

A1 12 11 14A2

RM35S0MW

Yellow LED: indicates inhibition status (time delay or S2 input)

Green LED: indicates that supply to the product is on

Yellow LED: indicates relay output status

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

Applications

b Monitoring the speed or rate of rotary or linear movements in the following

applications:

v conveyors/conveyor belts v packaging v material handling

Description

RM35S00MW

1 Conguration: selection of operating mode: Underspeed or overspeed

Underspeed/Overspeed

with or without memory Memory - No Memory

2 Speed threshold setting potentiometer Value

3 Speed range selector switch

4 Starting inhibition time delay adjustment potentiometer Ti 5 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

Page 65

Operation

Ti Ti

1 sec

mini

1 sec

mini

ms mini

11-12/11-14

Zelio Control Relays

Speed control relay

RM35S

Operating principle

Relay RM35S0MW monitors the speed (rate, frequency) of a process (conveyor, conveyor belt, etc.) using discrete sensors:

v 3-wire PNP or NPN proximity sensor v 0-30 V voltage input v NAMUR proximity sensor v volt-free contact

It can be used for monitoring underspeed or overspeed.

RM35S0MW

The control relay measures the speed as follows:

v The cycle of the process being monitored is a series of impulses characterized by a two-state signal: high and low. v The speed is obtained by measuring the period of this signal, from the detection of rst change of state (either rising or falling edge). v Digital processing of the signal allows the disparity between the signals to be calculated. v On energization or after appearance (or reappearance) of the sensor signal, detection (characterization) of the signal requires processing

of one or two periods. During this time, control is inoperative.

The operating modes are selected by using the switch:

v Underspeed without memory v Underspeed with memory v Overspeed without memory v Overspeed with memory

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

Underspeed control without memory

v Underspeed control, without memory

Supply Un

Hysteresis Threshold

Relays R

Underspeed control with memory

v Underspeed control, with memory

Supply Un

Hysteresis Threshold

Relays R

At the end of the starting inhibition time delay “Ti”, as soon as the speed measured

drops below the threshold setting, the output relay changes state from “closed” to

“open”.

It returns to its initial state when the speed is again higher than the threshold plus

hysteresis (xed at 5% of the threshold setting).

When power is restored, after a break having lasted at least 1 s, the relay is in the

“closed” state during the time delay and stays in that state for as long as the speed

remains higher than the threshold.

When relay RM35S has been congured in “memory” mode, if underspeed is

detected, the output relay stays in the “open” state, irrespective of any further

changes in the process speed.

It will not be able to return to the “closed” state until contact S2 closes (for at least

50 ms).

If, when S2 re-opens, the speed is not high enough, the relay returns to “open” state.

Relay RM35S can also be reset by a power break (at least 1 s); the relay then returns

to the “closed” state for at least the duration of the time delay, irrespective of the

process speed.

Page 66

Operation (continued)

11-12/11-14

1 sec

mini

11-12/11-14

Supply Un

Relays R

Hysteresis

Threshold

1 sec

mini

ms mini

11-12/11-14

Supply Un

Relays R

Hysteresis

Operating principle (continued)

RM35S0MW

Underspeed control with inhibition by S2

v With inhibition by S2 Inhib./S2

Supply Un

Hysteresis

Threshold

Relays R

Zelio Control Relays

Speed control relay RM35S

On energization, to allow the process being monitored to reach its nominal operating speed, relay RM35S is inhibited for a time delay adjustable from

0.6…60 s. This time delay can be adjusted (shortened or lengthened) during inhibition. Relay RM35S can also be inhibited by closing of contact S2: on starting, for example, if the process run-up to speed time is greater than 60 s, or at any time during operation. Whether it results from a starting inhibition time delay or closing of S2, inhibition keeps the output relay in the “closed” position and is signaled by illumination of the inhibition LED. If, after lifting of inhibition (end of starting inhibition time delay or opening of contact S2), the signal detection phase has not been completed, the relay drops out after the set wait time between two impulses (measured from the end of inhibition). Inhibition should last as long as is necessary for the product to detect at least 2 periods. When the signal has not been ‘characterized’ by the end of the inhibition

period, the “inhibition” LED ashes for as long as speed measurement is

impossible. It is also possible to inhibit relay RM35S at any time, during operation, by closing S2.

Overspeed control without memory

v Overspeed control, without memory

Overspeed control with memory

v Overspeed control, with memory

Threshold

At the end of the starting inhibition time delay, “Ti”, as soon as the speed measured is higher than the threshold setting, the output relay changes state from “closed” to “open”. It returns to its initial state when the speed is again lower than the threshold

minus hysteresis (xed at 5% of the threshold setting).

When power is restored to relay RM35S, after a break having lasted at least 1 s, the relay is in the “closed” state during the time delay and stays in that state for as long as the speed remains lower than the threshold.

When relay RM35S has been congured in “memory” mode, if overspeed is

detected, the output relay stays in the “open” state, irrespective of any further changes in the process speed. It will not be able to return to the “closed” state until contact S2 closes (for at least 50 ms). If, when S2 re-opens, the speed is too high, the relay returns to the “open” state. Relay RM35S can also be reset by a power break (at least 1 s); the relay then returns to the “closed” state for at least the duration of the time delay, irrespective of the process speed.

Page 67

Operation (continued),

11-12/11-14

Supply Un

reference

Operating principle (continued)

RM35S0MW

Overspeed control with inhibition by S2

v With inhibition by S2. Inhib./S2

Threshold

Hysteresis

Relays R

Zelio Control Relays

Speed control relay

RM35S

On energization, in order to allow the process being monitored to reach its nominal

operating speed, relay RM35S is inhibited for a time delay adjustable from 0.6…60 s.

This time delay can be modied (shortened or lengthened) during inhibition.

Relay RM35S can also be inhibited by closing of contact S2: on starting, for

example, if the process run-up to speed time is greater than 60 s, or at any time

during operation.

Whether it results from a starting inhibition time delay or closing of S2, inhibition

keeps the output relay in the “closed” position and is signaled by illumination of the

inhibition LED.

If, after lifting of inhibition (end of starting inhibition time delay or opening of contact

S2), the signal detection phase has not been completed, the relay drops out after the

set wait time between two impulses (measured from the end of inhibition).

Inhibition should last as long as is necessary for the product to detect at least 2 periods.

When the signal has not been ‘characterized’ by the end of the inhibition period, the

“inhibition” LED ashes for as long as speed measurement is impossible.

It is also possible to inhibit relay RM35S at any time, during operation, by closing S2.

Reference

Zeliocontrol_528_ADSPH16039

RM35S0MW

Function Supply

b Underspeed b Overspeed

voltage V

24…240 z

Measurement Input

b 3-wire

PNP or NPN proximity sensor

b Namur proximity

sensor

b 0-30 V voltage b Volt-free contact

Output Reference Weight

1 CO

RM35S0MW 0.130/

5 A

kg/lb

0.287

Page 68

Presentation, description,

A1 1411 21 24A2

A1 12 11 14A2

AL1L2L3

A1 1411 21 24A2

L2L3

operation

RM35ATp0MW

Zelio Control Relays

Temperature control relays for elevator machine rooms and 3-phase supplies RM35ATL, RM35ATR, and RM35ATW

Presentation

Measurement and control relays RM35ATL0MW, RM35ATR5MW and RM35ATW5MW are designed for monitoring the temperature in elevator machine rooms, in compliance with directive EN81.

Functions RM35ATL0MW RM35ATR5MW RM35ATW5MW

Overtemperature (34…46 °C)

Undertemperature (-1…11 °C)

Phase sequence

Phase loss

Function performed Function not performed

These control relays allow:

b PT100 input b Adjustable control around 5 °C and 40 °C b Independent adjustment of high and low thresholds b Possibility of integrated phase control b Clip-on mounting on a 5 rail

They feature:

b A sealable cover to help protect the settings b A control status indicator LED

1 2 3

7 4

RM35ATL0MW RM35ATR5MW

> Yellow LED: indicates relay output status (high

temperature threshold)

Un Green LED: indicates that supply to the product is on

< Yellow LED: indicates relay output status (low

temperature threshold)

1 2 3

6 5 4

1 2 3

6 5

RM35ATW5MW

Yellow LED: indicates temperature relay output status R1

q°<

Un Green LED: indicates that supply to the product is on

Yellow LED: indicates phase relay output status R2

Applications

b Temperature control for elevator machine rooms

Description

RM35ATL0MW, RM35ATR5MW

1 High temperature threshold setting potentiometer q>

2 Potentiometer for adjustment of time delay on crossing of temperature

threshold Tt

3 Low temperature threshold setting potentiometer q< 4 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

5 High temperature threshold contact (11-14)

6 Low temperature threshold contact (21-24)

7 High and low temperature threshold contacts

RM35ATW5MW

1 High temperature threshold setting potentiometer q>

2 Potentiometer for adjustment of time delay on crossing of

temperature threshold Tt

3 Low temperature threshold setting potentiometer q< 4 Spring for clip-on mounting on 35 mm/1.38 in. 5 rail

5 Temperature relay contact (11-14)

6 Phase relay contact (21-44)

Operating principle

Temperature control relays for elevator machine rooms are designed to monitor the stated temperature between 5 °C and

40 °C in compliance with directive EN81.

Function Diagram

Power supply o󰀨

Power supply on

Output 11-14, 21-24 open

Output 11-14, 21-24 closed

Page 69

Relays R

Supply Un

Relay R1

Supply Un

Relay R2

Tt Tt

Relay R1

Supply Un

Operation (continued), references

Operating principle (continued)

RM35ATL0MW

Temperature control by PT100 probe

v Temperature control by PT100 probe

Hysteresis Hysteresis

Tt Tt

RM35ATR5MW

Temperature control by PT100 probe

v Temperature control by PT100 probe

Hysteresis

RM35ATW5MW

Temperature and phase control

v Temperature control by PT100 probe v Sequence of phases L1, L2, and L3

v Phase loss

Hysteresis Hysteresis

References

Zeliocontrol_528_RDSPH16044

RM35ATL0MW

Zeliocontrol_528_RDSPH16044

RM35ATR5MW

Zelio Control Relays

Temperature control relays for elevator machine rooms

and 3-phase supplies

RM35ATL, RM35ATR, and RM35ATW

After a delay on pick-up after energization, and for as long as the temperature monitored

by the PT100 probe remains between the two thresholds set on the front panel, the

output relay is closed and the yellow LEDs are on.

When the temperature crosses one of the threshold settings on the front panel (high or

low threshold), the time delay set on the front panel (Tt) is activated. The yellow LED

corresponding to the threshold crossed (low or high) ashes.

At the end of the time delay, if the temperature is still outside the threshold setting, the

output relay opens and the yellow LED corresponding to the threshold crossed goes out.

The output relay closes instantly (within the response time on disappearance of a fault)

when the temperature returns within the window of the two threshold settings on the

front panel, plus the xed hysteresis.

If the PT100 probe is incorrectly wired (missing or short-circuited) the relay is open and

the 3 LEDs ash.

Note: Tt: time delay after crossing of the temperature threshold (adjustable on front panel)

After a delay on pick-up after energization, and for as long as the temperature monitored

by the PT100 probe remains between the two threshold settings on the front panel, the

output relays are closed and their yellow LEDs are on.

When the temperature crosses one of the threshold settings on the front panel (high or

low threshold), the time delay set on the front panel (Tt) is activated. The yellow LED

corresponding to the threshold crossed (low or high), ashes.

At the end of the time delay, if the temperature is still outside one of the threshold

settings, the corresponding output relay opens and the yellow LED corresponding to the

threshold crossed goes out.

The output relay closes instantly (response time on disappearance of a fault) when the

temperature returns within the window of the two threshold settings on the front panel,

plus (or minus) the xed hysteresis.

If the PT100 probe is incorrectly wired (missing or short-circuited) the relays are open

and the 3 LEDs ash.

Note: Tt: time delay after crossing of the temperature threshold (adjustable on front panel)

fter a delay on pick-up after energization, and for as long as the temperature monitored by the PT100 probe remains between the two threshold settings on the front panel, the temperature relay R1 is closed. When the temperature crosses one of the threshold settings on the front panel (high or low threshold), the time delay set on the front panel (Tt) is activated. The yellow

temperature LED ashes. At the end of the time delay, if the temperature is still outside

the threshold setting, the output relay R1 opens and the yellow LED goes out. The output relay R1 closes instantly when the temperature returns to within the window

of the two threshold settings on the front panel, plus or minus the xed hysteresis.

The device also monitors the correct sequence of phases L1, L2, and L3 of the 3-phase supply and total phase loss, even in the case of phase regeneration (< 70%). After a delay on pick-up after energization, and for as long as phase presence and phase sequence are correct, relay R2 and the “phase” LED are On. When a fault appears, the “phase” relay opens and the “phase” LED instantly goes out (response time on appearance of a fault). When the fault disappears, the phase control relay and LED are activated (response time on disappearance of a fault). If the PT100 probe is incorrectly wired (missing or short-circuited) relay R1 is open and

LED R1 ashes.

Note: Tt: time delay after crossing of the temperature threshold (adjustable on front panel)

Function Supply

b Overtemperature: 34…46 °C

b Undertemperature

- 1…11 °C

b Overtemperature: 34…46 °C

b Undertemperature - 1…11 °C

b Phase sequence

b Phase loss

voltage

V V kg/lb

24…240 z– 1 CO

24…240 z208…480 a2 NO

3-phase control

– 2 NO

Output Reference Weight

5 A

RM35ATL0MW 0.130/

0.287

RM35ATR5MW 0.130/

0.287

RM35ATW5MW 0.130/

0.287

Page 70

References

561034

LA9RM201

Zelio Control Relays

Accessories for Liquid level control relays

Electrode holders and probes

Probes

Application No.

Recommended for drinks vending machines and where installation space is limited

(Stainless steel)

Length Operaof probes

mm/in. °C/°F kg/cm

3 1000/

39.37

ting temperature

80/

176

Maximum pressure

2 RM79696044 0.800/

Reference Weight

kg/lb

1.764

RM79696043

561089

Suitable for boilers, pressure vessels and high temperature conditions (1)

(304 stainless steel)

Description Material Reference Weight

Protected probe for mounting by suspension

Description Type of

Liquid level control probe

1 1000/

39.37

installation

Suspended by cable

200/

392

Protective shell PUC (S7) Electrode: stainless steel

Maximum operating temperature

°C/°F kg/lb

100/

212

25 RM79696014 0.360/

0.794

kg/lb

RM79696043 0.150/

0.331

Reference Weight

LA9RM201 0.100/

0.220

(1) 3/8" BSP mounting thread with hexagonal head. Use a 24 mm (0.95 in.) spanner for tightening.

Page 71

561035

561036

References (continued)

Zelio Control Relays

Accessories for Liquid level control relays

Electrode holders and probes

Electrode holders

Description Material Reference Weight

Electrode for use up to 350 °C and 15 kg/cm

(1)

Ceramic-insulated stainless steel

RM79696006 0.150/

kg/lb

0.331

RM79696006

(1) 3/8" BSP mounting thread.

Page 72

Index

LA9RM201 66

RM17JC00MW 45

RM17TA00 23

RM17TE00 23

RM17TG00 13

RM17TG20 13

RM17TT00 23

RM17TU00 23

RM17UAS14 37

RM17UAS15 37

RM17UAS15315M 37

RM17UAS16 37

RM17UB310 29

RM17UBE15 37

RM17UBE16 37

RM22JA21MR 49

RM22JA31MR 49

RM22LA32MR 55

RM22LA32MT 55

RM22LG11MR 55

RM22LG11MT 55

RM22TA31 19

RM22TA33 19

RM22TG20 19

RM22TR31 19

RM22TR33 19

RM22TU21 19

RM22TU23 19

RM22UA21MR 43

RM22UA22MR 43

RM22UA23MR 43

RM22UA31MR 43

RM22UA32MR 43

RM22UA33MR 43

RM22UA33MT 43

RM22UB34 43

RM35ATL0MW 69

RM35ATR5MW 69

RM35ATW5MW 69

RM35BA10 61

RM35HZ21FM 63

RM35JA31MW 51

RM35JA32MR 49

RM35JA32MT 49

RM35JA32MW 51

RM35LM33MW 59

RM35LV14MW 59

RM35S0MW 67

RM35TF30 25

RM35TM250MW 33

RM35TM50MW 33

RM35UA11MW 39

RM35UA12MW 39

RM35UA13MW 39

RM35UB330 29

RM35UB3N30 29

RM79696006 71

RM79696014 70

RM79696043 70

RM79696044 70

RMNF22TB30 15

Product reference index

Page 73

Learn more about our products at www.schneider-electric.com/relays

The information provided in this documentation contains general descriptions and/or technical characteristics of the performance of the products contained herein. This documentation is not intended as a substitute for and is not to be used for determining suitability or reliability of these products for specic user applications. It is the duty of any such user or integrator to perform the appropriate and complete risk analysis, evaluation and testing of the products with respect to the relevant specic application or use thereof. Neither Schneider Electric nor any of its aliates or subsidiaries shall be responsible or liable for misuse of the information contained herein.

Design: Schneider Electric Photos: Schneider Electric

Schneider Electric Industries SAS

Head Oce 35, rue Joseph Monier - CS 30323 F-92500 Rueil-Malmaison Cedex France

DIA5ED2160501EN

January 2021 - V4.0

Schneider Electric Zelio Control Relays Brochure

Specifications and Main Features

Frequently Asked Questions

User Manual

Zelio Control Relays

Discover Harmony

Quick access to product information

General contents

General presentation

Selection guide

RM17TGp0 measurement and control relays for 3-phase supplies monitor the correct sequencing of phases L1, L2, and L3 and the total loss of two or more of these phases.

RMNF22

RM35TF

RM35LpppMW

RM35BA

Accessories for Liquid level control relays

Product reference index