Red Lion AFCM Users Manual

AFCM

Universal
I/f converter

Model No. AFCM0001
Drawing No. LP1102
Version No. 101
Revision Date 19/06

UNIVERSAL I/f CONVERTER

AFCM

CONTENTS

Warning ....................................................................................................... 4

Symbol identification ............................................................................ 5

Safety instructions ................................................................................. 5

How to dismantle the device ............................................................. 7

Advanced features ................................................................................. 8

Application ................................................................................................. 8

Technical characteristics ...................................................................... 8

PGM Display / programmer front ...................................................... 9

Mounting / demounting the PGMMOD ........................................... 10

Applications............................................................................................... 11

Electrical specifications........................................................................ 12

Configuration of sensor error detection ........................................ 16

Display readout on the PGM .............................................................. 16

Display outside range........................................................................ 16

Sensor error detection limits .......................................................... 17

Signal conditioning limits ................................................................ 17

Error indications ................................................................................... 17

Connections .............................................................................................. 18

Block diagram ........................................................................................... 19

Configuration / operating the function keys ............................... 20

Routing diagram ...................................................................................... 23

Routing diagram, Advanced settings (ADV.SET) ........................ 26

Scrolling help text in display line 3 ................................................. 27

Ordering information ............................................................................. 28

LP1102 3

GENERAL

This device is designed for connection to hazardous electric vol-

WARNING

tages. Ignoring this warning can result in severe personal injury
or mechanical damage. To avoid the risk of electric shock and fire,
the safety instruc tions of this manual must be observed and the
guidelines fol lowed. The specifications must not be exceeded, and
the device must only be applied as described in the following. Prior
to the commissioning of the device, this manual must be examined
carefully. Only qualified personnel (technicians) should install this
device. If the equipment is used in a manner not specified by the
manufacturer, the protection provided by the equipment may be
impaired.

Until the device is fixed, do not connect hazardous voltages to
the device.
The following operations should only be carried out on a discon-

HAZARD OUS

VOLTAGE

nected device and under ESD safe conditions:
General mounting, connection and disconnection of wires.
Troubleshooting the device.

Repair of the device must be done by Red Lion Controls only.

WARNING

WARNING

INSTAL­LATION

The device must be mounted on a DIN rail according to DIN 46277.

WARNING

Do not open the front plate of the device as this will cause damage
to the connector for the display / programming front PGM. This
device contains no DIP-switches or jumpers.

4 LP1102

SYMBOL IDENTIFICATION

Triangle with an exclamation mark: Warning / demand.
Potentially lethal situations.

The CE mark proves the compliance of the device with
the essential requirements of the directives.

The double insulation symbol shows that the device
is protected by double or reinforced insulation.

SAFETY INSTRUCTIONS

DEFINITIONS
Hazardous voltages have been defined as the ranges: 75 to 1500 Volt DC, and

50 to 1000 Volt AC.
Technicians are qualified persons educated or trained to mount, operate, and also
troubleshoot technically correct and in accordance with safety regulations.
Operators, being familiar with the contents of this manual, adjust
and operate the knobs or potentiometers during normal operation.

RECEIPT AND UNPACKING:

Unpack the device without damaging it. The packing should always follow the
device until this has been permanently mounted. Check at the receipt of the device
whether the type corresponds to the one ordered.

ENVIRONMENT

Avoid direct sunlight, dust, high temperatures, mechanical vibrations and shock, as
well as rain and heavy moisture. If necessary, heating in excess of the stated limits
for ambient temperatures should be avoided by way of ventilation.
All devices fall under Installation Category II, Pollution Degree 1, and Insulation
Class II.

MOUNTING

Only technicians who are familiar with the technical terms, warnings, and instruc­tions in the manual and who are able to follow these should connect the device.
Should there be any doubt as to the correct handling of the device, please contact
your local distributor or, alternatively,

Red Lion Controls

LP1102 5

Mounting and connection of the device should comply with national legislation for
mounting of electric materials, i.a. wire cross section, protective fuse, and location.
Descriptions of input / output and supply connections are shown in the block
diagram and side label.

The following apply to fixed hazardous voltages-connected devices:

The max. size of the protective fuse is 10 A and, together with a power
switch, it should be easily accessible and close to the device. The power
switch should be marked with a label indicating that it will switch off the
volt age to the device.

Year of manufacture can be taken from the first two digits in the serial number.

UL INSTALLATION REQUIREMENTS

Use 60/75°C copper conducters only.
For use only in pollution degree 2 or better.

Max. ambient temperature ............................ 60°C

Max. wire size ...................................................... AWG 26-14

UL file number .................................................... E324843

CALIBRATION AND ADJUSTMENT

During calibration and adjustment, the measuring and connection of external
voltages must be carried out according to the specifications of this manual. The
technician must use tools and instruments that are safe to use.

NORMAL OPERATION

Operators are only allowed to adjust and operate devices that are safely fixed in
panels, etc., thus avoiding the danger of personal injury and damage. This means
there is no electrical shock hazard, and the device is easily accessible.

CLEANING

When disconnected, the device may be cleaned with a cloth moistened with dis­tilled water.

LIABILITY

To the extent that the instructions in this manual are not strictly observed,
the custom er cannot advance a demand against Red Lion Controls that would
otherwise exist according to the concluded sales agreement.

6 LP1102

HOW TO DISMANTLE THE DEVICE

First, remember to demount the connectors with hazardous voltages.

Picture 1:

Detach the device from the DIN rail
by lifting the bottom lock.

LP1102 7

UNIVERSAL I/f CONVERTER

AFCM

• Input for RTD, TC, Ohm, potentiometer, mA and V

• Frequency output NPN, PNP and TTL

• Generates frequencies from 0.001...25000 Hz

• 2-wire supply > 16 V

• Universal AC or DC supply

Advanced features

• Programmable by way of detachable display front (PGM), process calibration,
signal simulation, password protection, error diagnostics and help text available
in several languages.

Application

• Linearised, electronic temperature measurement with RTD or TC sensor.

• Conversion of linear resistance variation to a frequency signal, e.g. from solenoids
and butterfly valves or linear movements with attached potentiometer.

• Power supply and signal isolator for 2-wire transmitters.

• Process control by way of a frequency signal transmitted to e.g. a PLC or a
process computer.

• Galvanic separation and conversion of analogue signals to frequency signals.

Technical characteristics

• When AFCM is used in combination with the PGM display / programmer front,
all operational parameters can be modified to suit any application. As the AFCM
is designed with electronic hardware switches, it is not necessary to open the
device for setting of DIP-switches.

• A green front LED indicates normal operation.

• Continuous check of vital stored data for safety reasons.

• 3-port 2.3 kVAC galvanic isolation.

8 LP1102

PGM DISPLAY / PROGRAMMER FRONT

• PGMMOD00 - Programming Module

• PGMMODC1 - Program/Comms Module

Functionality

The simple and easily understandable menu structure and the
explanatory help texts guide you effortless ly and automatically
through the configuration steps, thus making the product very
easy to use. Functions and configuration options are described in
the section ”Configuration / operating the function keys”.

PGMMOD00

Application

• Communications interface for modification of operational parameters in AFCM.

• Can be moved from one AFCM device to another and download the configuration
of the first converter to subsequent converters.

• Fixed display for readout of process data and status.

Technical characteristics

• LCD display with 4 lines; line 1 (H = 5.57 mm) shows input signal, line 2
(H = 3.33 mm) shows units. Line 3 alternates between digital output value and
scaling (kHz, Hz, mHz, P/m, P/h, P/d) or shows TAG no. Line 4 shows tendency
readout for the input signal and communication status.

• Programming access can be blocked by assigning a password. The password is
saved in the converter in order to ensure a high degree of protection against
unauthorised modifications to the configuration.

Mounting / installation

• Click PGM onto the front of AFCM.

LP1102 9

MOUNTING / DEMOUNTING THE PGMMOD

OK





1

3



4

2

PGM

1: Insert the tabs of PGMMOD into the holes at the top of the device.

2: Swing PGMMOD into place.

Demounting of PGMMOD

3: Push the release button on the bottom of PGMMOD and swing PGMMOD up.

PGMMOD00 shown, PGMMODC1 connects and disconnects in the same way.

10 LP1102

Input signals:

Volt-

Current

Passive Sensor

age

+

+

Active

Sensor

-

Output signals:

Supply:

APPLICATIONS

Po-

ten-tio-

RTD and lin. R TC

meter

Connection, wires

-

44

43

42

41

Frequency output

PNP, +24 V

24

NPN, 24 V

23

Out. Gnd.

22

TTL, 5 V

21

21.6...253 VAC
or

19.2...300 VDC

33

32

31

LP1102 11

Electrical specifications

Specifications range ............................................... -20°C to +60°C

Calibration temperature ........................................ 20...28°C

Relative humidity..................................................... < 95% RH (non-cond.)

Protection degree .................................................... IP20

Mechanical specifications

Dimensions (HxBxD) ............................................... 109 x 23.5 x 104 mm

Dimensions, with PGMMOD (HxBxD) ................ 109 x 23.5 x 116 / 131 mm

Weight .......................................................................... 155 g

Weight with PGMMOD ............................................ 170 g / 255 g

Max. wire size ............................................................ 1 x 2.5 mm

Screw terminal torque ........................................... 0.5 Nm

2

stranded wire

Common specifications

Supply voltage, universal ..................................... 21.6...253 VAC, 50...60 Hz or

19.2...300 VDC

Max. consumption .................................................... ≤ 2.5 W

Fuse ............................................................................... 400 mA SB / 250 VAC

Isolation voltage, test / operation .................... 2.3 kVAC / 250 VAC

Communications interface ................................... Communication enabler PGMMODC1

Signal / noise ratio .................................................. Min. 60 dB (0...100 kHz)

Response time (0...90%, 100...10%), programmable:

Temperature input ............................................. 1...60 s

mA / V input ......................................................... 0,4...60 s

Accuracy, the greater of the general and basic values:

General values

Input

type

Absolute
accuracy

Temperature

coefficient

All ≤ ±0.1% of span ≤ ±0.01% of span / °C

12 LP1102

Basic values

Input

type

Basic

accuracy

Temperature

coefficient

mA ≤ ±4 µA ≤ ±0.4 µA / °C

Volt ≤ ±20 µV ≤ ±2 µV / °C

Pt100 ≤ ±0.2°C ≤ ±0.01°C / °C

Linear resistance ≤ ±0.1 Ω ≤ ±0.01 Ω / °C

Potentiometer ≤ ±0.1 Ω ≤ ±0.01 Ω / °C

TC type:

E, J, K, L, N, T, U
TC type: B, R, S,

W3, W5, LR

≤ ±1°C

≤ ±2°C

≤ ±0.05°C / °C

≤ ±0.2°C / °C

EMC immunity influence ........................................... < ±0.5% of span

Extended EMC immunity:

NAMUR NE 21, A criterion, burst .......................... < ±1% of span

Auxiliary supplies:

2-wire supply (terminal 44...43) ........................ 25...16 VDC / 0...20 mA

RTD, linear resistance and potentiometer input:

Input for RTD types:
Pt10, Pt20, Pt50, Pt100, Pt200, Pt250, Pt300, Pt400, Pt500, Pt1000
Ni50, Ni100, Ni120, Ni1000

Input

type

Pt100

Ni100
Lin. resistance
Potentiometer

Cable resistance per wire (max.), RTD............. 50 Ω

Sensor current, RTD ................................................ Nom. 0.2 mA

Effect of sensor cable resistance

(3- / 4-wire), RTD ..................................................... < 0.002 Ω / Ω

Sensor error detection, RTD ................................ Yes

Short circuit detection, RTD ................................ < 15 Ω

Min.

value

-200°C

-60°C
0 Ω

10 Ω

Max.

value

+850°C
+250°C

10000 Ω

100 kΩ

Standard

IEC60751

DIN 43760

-

-

LP1102 13

TC input

Type

B
E

J
K
L
N
R
S
T
U

W3
W5

LR

Cold junction compensation (CJC)

via internally mounted sensor ...................... < ±1.0 °C

Sensor error detection, all TC types................. Yes

Sensor error current:

when detecting ................................................... Nom. 2 μA

else .......................................................................... 0 μA

Current input

Measurement range ................................................ -1...25 mA

Programmable measurement ranges ............... 0...20 and 4...20 mA

Input resistance........................................................ Nom. 20 Ω + PTC 50 Ω

Sensor error detection:

loop break 4...20 mA ......................................... Ye s

Voltage input:

Measurement range ................................................ -20 mV...12 VDC

Programmable measurement ranges ............... 0...1 / 0.2...1 / 0...2.5 / 0.5...2.5 /

0...5 / 1...5 / 0...10 and 2...10 VDC

Input resistance........................................................ Nom. 10 MΩ

Output
Frequency output

Frequency range ...................................................... 0...25000 Hz

Min. frequency (span) ............................................ 0.001 Hz

Duty cycle (0...25000 Hz) .................................... 50% or

Programmable pulse time (f ≤ 500 Hz) .......... 1...1000 ms (max. 90% duty cycle)

Min.

value

+400°C

-100°C

-100°C

-180°C

-200°C

-180°C

-50°C

-50°C

-200°C

-200°C
0°C
0°C

-200°C

Max.

value

+1820°C
+1000°C
+1200°C
+1372°C

+900°C
+1300°C
+1760°C
+1760°C

+400°C

+600°C
+2300°C
+2300°C

+800°C

Standard

IEC 60584-1
IEC 60584-1
IEC 60584-1
IEC 60584-1

DIN 43710
IEC 60584-1
IEC 60584-1
IEC 60584-1
IEC 60584-1

DIN 43710

ASTM E988-90
ASTM E988-90
GOST 3044-84

14 LP1102

PNP output

I

max. ....................................................................... 30 mA

out

V

................................................................................ 24 VDC ± 10%

out

C

................................................................................ 10 nF

out

R

typ. ....................................................................... 20 Ω

out

Electromechanical counter ................................... 24 V / 135 mA / 20 ms / ≤ 10 Hz

NPN output

I

max. ...................................................................... 150 mA

sink

I

max. peak ........................................................... 300 mA

sink

External voltage (terminal 23) max. ................ 55 VDC

C

................................................................................ 10 nF

out

R

typ. ....................................................................... 10 Ω

out

TTL output

I

max. .......................................................... 15 mA

sink/source

I

peak.......................................................... 100 mA

sink/source

V

................................................................................ 5 V ±5%

out

C

................................................................................ 10 nF

out

R

typ. ....................................................................... 55 Ω

out

Sensor error detection

Programmable ........................................................... 0...26250 Hz

Ex / I.S. approval

FM, applicable in ....................................................... Class I, Div. 2, Group A, B, C, D

Class I, Div. 2, Group IIC
Zone 2

Max. ambient temperature for T5 .................... 60°C

Observed authority requirements Standard

EMC 2014/30/EU ..................................................... EN 61326-1

LVD 2014/35/EU ..................................................... EN 61010-1

FM .................................................................................. 3600, 3611, 3810 and ISA 82.02.01

UL, Standard for Safety ......................................... UL 6101-1, 3rd Edition

of span = of the currently selected measurement range

LP1102 15

Configuration of sensor error detection

Module: Configuration Sensor error detection:

AFCM

OUT.ERR=NO

Else: ON

OFF

Display readout on the PGM

Display outside range

Display readout below min. / above max. (-1999, 9999):

Input Range

All All

Flashing

readout

-1999 Display readout <-1999
9999 Display readout >9999

Limit

16 LP1102

Sensor error detection limits

Input Range Readout Limit
CURR Loop break (4...20 mA) SE.BR <= 3.6 mA; > = 21 mA
POTM All, SE.BR on all 3-wire SE.BR > ca. 126 k

LIN.R

TEMP

No SE.SH for Pt10, Pt20 and Pt50

Sensor error detection (SE.BR, SE.SH):

0...800

Ω SE.BR > ca. 875 Ω

0...10 kΩ SE.BR > ca. 11 kΩ
TC SE.BR > ca. 750 k

RTD: 2-, 3- and 4-wire

SE.BR > ca. 15 k
SE.SH < ca. 15 Ω

Ω

Ω / (1,25 V)

Ω

Signal conditioning limits

Input Range Readout Limit

VO LT

CURR 0...20 mA / 4...20 mA

LIN.R

POTM Min. readout = 0%, Max. readout = 100%

TEMP TC / RTD

If the valid range of the A/D converter or the polynomial is exceeded.

0...2.5 / 0.5...2.5 / 0...5 V / 1...5 V /

Outside range readout (IN.LO, IN.HI):

0...1 V / 0.2...1 V

0...10 V / 2...10 V

0...800

Ω

0...10 kΩ

IN.LO < -25 mV

IN.HI > 1.2 V

IN.LO < -25 mV

IN.HI > 12 V

IN.LO < -1.05 mA

IN.HI > 25.05 mA

IN.LO < 0 Ω

IN.HI > 1075 Ω

IN.LO < 0 Ω

IN.HI < 110 kΩ

IN.LO < -0.5 %

IN.HI > 100.5 %

IN.LO < temperature range -2°C

IN.HI > temperature range +2°C

Error indications

Error search Readout Cause

Test of internal CJC sensor CJ.ER

Checksum test of the configuration in FLASH FL.ER Error in FLASH
Communications test PGM / AFCM NO.CO Connection error
Check that input signal matches input configuration IN.ER 1) Error levels on input
Check that saved configuration in PGM matches module TY.ER Configuration is not AFCM

All error indications flash once per second. The help text explains the error.

1) The error is reset by switching off and then switching on the supply voltage to the module.

Readout at hardware error

CJC sensor defect or

tem perature outside range

LP1102 17

CONNECTIONS

Supply:

31 32 33

Polarity is reversible.

Inputs

RTD, 2-wire Resistance, 2-wireTC

41 42 43 44 41 42 43 44 41 42 43 44 41 42 43 44

Resistance,

3- / 4-wire

41 42 43 44 41 42 43 44 41 42 43 44 41 42 43 44

RTD, 3- / 4-wire

Potentiometer

-+

Current2-wire transmitter

Voltage

41 42 43 44

- +

Passive Sensor Active Sensor

Outputs

21 22 23 24 21 22 23 24 21 22 23 24

+5 V

Gnd. Gnd. Gnd.

18 LP1102

NPNTTL PNP

+

Passive Sensor

Tx

- +- +

+24 V

Active Output

ACFM

BLOCK DIAGRAM

VALVE 5

50.0

l / min

20 Ω

Green

EEPROM

Yellow

+

-

2-wire transmitter

+

-

Current

Voltage

Potentiometer

RTD and lin. R,

connection

wires TC

24 3

+

-

44

43

42

41

CJC

PTC

MUX

0.2 mA

V

loop

CPU

Frequency

generator

21

TTL, 5 V

22

Gnd.

23

24

NPN

PNP, 24 V

31

19.2...300 VDC

Supply

33

21.6...253 VAC or
Supply

LP1102 19

CONFIGURATION / OPERATING THE FUNCTION KEYS

Documentation for routing diagram.

In general

When configuring the AFCM, you will be guided through all parameters and you can

choose the settings which fit the application. For each menu there is a scrolling
help text which is automatically shown in line 3 on the display.

Configuration is carried out by using the 3 function keys:

1 will increase the numerical value or choose the next parameter

2will decrease the numerical value or choose the previous parameter

3will save the chosen value and proceed to the next menu

When configuration is completed, the display will return to the default state 1.0.

See the reference diagram beginning on page 23.

Pressing and holding

state (1.0) without saving the changed values or parameters.

If no key is activated for 1 minute, the display will return to the default state (1.0)

without saving the changed values or parameters.

Further explanations

Password protection: Programming access can be blocked by assigning a

password. The password is saved in the converter in order to ensure a high
degree of protection against unauthorised modifications to the configuration.
Default password 2008 allows access to all configuration menus.

3 will return to the previous menu or return to the default

20 LP1102

Signal and sensor error info via display front PGM

Sensor error (see limits in the table) is displayed as SE.BR (sensor break) or SE.SH

(sensor short). Signals outside the selected range (not sensor error, see table for
limits) are displayed as IN.LO indicating low input signal or IN.HI indicating high
input signal. The error indication is displayed in line 3 as text and at the same
time the backlight flashes. Line 4 of the display is a status line which displays
COM (flashing bullet) indicating correct functioning of PGM and arrow up/down
which indicates tendency readout of the input signal.

Signal and sensor error indication without display front

Status of the unit can also be read from the green LED in the front of the device.

Green flashing LED 13 Hz indicates normal operation.
Green flashing LED 1 Hz indicates sensor error.
Steady green LED indicates internal error.

Advanced functions

The unit gives access to a number of advanced functions which can be reached by

answering “Yes” to the point “adv.set”.

Display setup: Here you can adjust the brightness contrast and the backlight.

Setup of TAG numbers with 6 alphanumerics. Selection of readout in line 3 of the
display. This line can either show the digital output or the TAG number.

Two-point process calibration: The unit can be process-calibrated in 2 points to fit

a given input signal . A low input signal (not necessarily 0%) is applied and the
actual value is entered. Then a high signal (not necessarily 100%) is applied and
the actual value is entered. If you accept to use the calibration, the unit will work
according to this new adjustment. If you later reject this menu point or choose
another type of input signal the unit will return to factory calibration.

Process simulation function: If you say ”Yes” to the point “EN.SIM” it is possible

to simulate an input signal by means of the arrow keys and thus control the
output signal up and down. When you finalise the point with 3, the unit returns
to normal mode.

Password: Here you can choose a password between 0000 and 9999 in order to

protect the unit against unauthorised modifications to the configuration. The unit
is delivered default without password. If you have locked the unit with a password
by mistake, you can always open the menu by using the master password 2008.

LP1102 21

Language: In the menu ”lang.setup” you can choose between 7 different language

versions of help texts that will appear in the menu. You can choose between UK,
DE, FR, IT, ES, SE and DK.

Auto diagnosis

The unit performs an advanced auto diagnosis of the internal circuits.

The following possible errors can be displayed in the front unit PGMMOD00.
CJ.ER - CJC sensor defect or CJC temperature outside range
FL.ER - Flash error
NO.CO - Connection error
IN.ER - Error levels on input
TY.ER - Configuration in PGM does not match this product type

Selection of units

After choosing the input signal type you can choose the process units which

will be shown in the display (see table). By selection of temperature input the
process value is always displayed in Celsius or Fahrenheit. This is selected in
the menu point after selection of temperature input.

22 LP1102

Power up

If no key is activated for 1 minute, the display will return to the default
state 1.0 without saving configuration changes.

1 Increase value / choose next parameter
2 Decrease value / choose previous parameter
3 Save the chosen value and proceed to the next menu

3

Hold 3 Back to previous menu / return to menu 1.0 without saving

0000
9999

1 2

3

0000

PASSW.

Txt 1

1.0

50.0

%

12.0

1.1

1.0 = Default state.
Line 1 shows
input signal.
Line 2 shows
UNITS.
By pressing 1 and
2 simultaneously
line 3 alternates
between f.Out
and TAG.
Line 4 shows
communication
status.

1.1 = Only if password­ protected.

1.2 = Not valid for these
input signals:

0...20 mA and
voltage.

1.3 = Only if input signal
is temperature.

ROUTING DIAGRAM

VOLT
CURR
LIN.R

NO

YES

1 2

NO

ADV.SET

Txt 2

YES

ADV.SET

Txt 2

POTM
TEMP

1 2

3

VOLT

IN TYPE

Txt 3

CURR

IN TYPE

Txt 3

LIN.R

IN TYPE

Txt 3

POTM

IN TYPE

Txt 3

TEMP

IN TYPE

Txt 3

Continued on the page
Routing diagram ADV.SET

3

0-10 2-10

0-5 1-5

0-2,5

0,5-2,5

0.2-1

3

2-10

V.RANGE

Txt 4

0-20
4-20

3

4-20

I.RANGE

Txt 5

3

CONNEC.

Txt 6

3

3

0-1

1 2

1 2

4W
3W
2W

1 2

3W

@C
mA

rpm

69 units

(see pg 24 for

units list)

1 2

3

UNIT

%

Txt 11

3

111.1

DEC.P

Txt 12

Continued on the next page

3

0000
9999

1 2

3

0

R 0%

Txt 7

Pt
NI
TC

1 2

Pt

SENSOR

Txt 10

Ni

SENSOR

Txt 10

TC

SENSOR

Txt 10

0000
9999

3

2500

R 100%
Txt 8

1000

3

100

Pt TYPE

Txt 16

1000

3

100

Ni TYPE

Txt 17

TC.B TC.E TC.J TC.K
TC.L TC.N TC.R TC.S

TC.T TC.U TC.W3 TC.W5

3

TC.K

TC.TYPE

Txt 18

1111

111.1

11.11

1.111

1 2

1 2

-

10

1 2

-

50

1 2

1 2

3

3

3

3

TC.Lr

999.9

-199.9

1 2

0.0

DISP.LO

Txt 13

4W
3W
2W

1 2

3W

CONNEC.

Txt 6

4W
3W
2W

1 2

3W

CONNEC.

Txt 6

3

3

3

3

LP1102 23

999.9

-199.9

1 2

100.0

DISP.HI

Txt 14

Hz
p / m
p / h
p / d

1 2

3

Hz

OU.UN

Txt 20

0

25000

1 2

3

3

0

f.min

Txt 21

3

0

25000

1 2

25.00

f.max

Txt 22

3

0

25000

1 2

1

CUT.OFF

Txt 23

3

f>500 Hz

50%DC
prg p

1 2

50%

O.TYPE
Txt 19

3

t.PULSE

Txt 24

50%DC

1000

1 2

20

1

3

P/-

OU.UN

Txt 20

@C
@F

1 2

@C

UNIT

Txt 9

3

3

0

30000

1 2

0

P.min

Txt 21

ft/h

ft/min

ft/s

gal/h

gal/min

0.06

30000

1 2

3

1000

P.max

Txt 22

Selectable UNITS:

%
@C
@F

A

bar

cm
ft

g

GW
hp

hPa

in/h

in/min

in/s

Ips

kHz

kPa

24 LP1102

Hz
in

K
kA
kg

kJ

kV
kW

3

0

30000

1 2

0

CUT.OFF

Txt 23

m3/min

3

kWh

L

L/h

L/min

L/s

m

m/h

m/min

m/s

m/s^2

m3

m3/h

mA

mbar

50%DC
prg p

1 2

50%

O.TYPE
Txt 19

3

50%DC

mils

min

mm

mm/s

mm/s^2

mol

MPa

mV
MW

MWh

N

Ohm

p/day

p/h

p/min

1

1000

1 2

20

t.PULSE

Txt 24

3

Pa
pH

rpm

s
S
t

t/h

uA
um
uS

V

W
Wh
yd

[blank]

YES

NO

1 2

YES

OUT.ERR

Txt 25

1.2

YES

NO

1 2

YES

OUT.ERR

Txt 25

1.2

0

26250

1 2

3

0

f.ERR

Txt 26

NO

0

31500

1 2

3

0

f.ERR

Txt 26

NO

1.2 = Not valid for these
input signals:

0...20 mA and
voltage.

1.3 = Only if input signal
is temperature.

0.4
60

1 2

3

0

RESP

Txt 40

4172

-328

1 2

3

0

OUT.LO
Txt 41

4172

-328

1 2

3

150

OUT.HI

Txt 42

3

1.3 1.3

3

To default state 1.0

LP1102 25

MEM

DISP

CAL

SIM
PASS
LANG

1 2

MEM

SETUP

Txt 43

DISP

SETUP

Txt 43

CAL

SETUP

Txt 43

SIM

SETUP

Txt 43

PASS

SETUP

Txt 43

LANG

SETUP

Txt 43

3

3

3

3

3

3

ROUTING DIAGRAM

ADVANCED SETTINGS (ADV.SET)

2.0 In the submenu simulation (SIM) you must

SAVE
LOAD

1 2

SAVE

MEMORY
Txt 44

9
0

1 2

3

CONTRA
Txt 45

YES

NO

1 2

YES

CAL.LO
Txt 49

YES

NO

1 2

YES

EN.SIM

Txt 51

2.0

YES

NO

1 2

YES

EN.PASS

Txt 54

DE, DK,
ES, FR,
IT, SE,

UK

1 2

UK

LANGUA
Txt 59

press 3 to return to the default state 1.0.

3

3

3

3

3

3

NO

NO

0000

NEW.PAS

NO

9
0

1 2

9

LIGHT

Txt 46

4172

-328

1 2

2.0

@C

Txt 61

4172

-328

1 2

25.0

@C

Txt 52

9999
0000

1 2

Txt 55

9
A

1 2

3

TAGNO.

Txt 47

YES

NO

1 2

3

YES

CAL.HI

Txt 50

3

3

f.OUT

f.OUT

LINE 3
Txt 48

90.0

Txt 62

NO

3

3

3

TAG

1 2

4172

-328

1 2

@C

3

3

YES

NO

1 2

3

YES

USE.CAL

Txt 60

To default state 1.0

26 LP1102

SCROLLING HELP TEXT IN DISPLAY LINE 3

[01]

Set correct password

[02]

Enter advanced setup menu?

[03]

Select temperature input
Select potentiometer input
Select linear resistance input
Select current input
Select voltage input

[04]

Select 0.0-1 V input range
Select 0.2-1 V input range
Select 0-2.5 V input range
Select 0.5-2.5 V input range
Select 0-5 V input range
Select 1-5 V input range
Select 0-10 V input range
Select 2-10 V input range

[05]

Select 0-20 mA input range
Select 4-20 mA input range

[06]

Select 2-wire sensor connection
Select 3-wire sensor connection
Select 4-wire sensor connection

[07]

Set 0% resistance value

[08]

Set 100% resistance value

[09]

Select Celsius as temperature unit
Select Fahrenheit as temperature unit

[10]

Select TC sensor type
Select Ni sensor type
Select Pt sensor type

[11]

Select display unit

[12]

Select decimal point position

[13]

Set display readout low

[14]

Set display readout high

[16]

Select Pt10 as sensor type
Select Pt20 as sensor type
Select Pt50 as sensor type
Select Pt100 as sensor type
Select Pt200 as sensor type
Select Pt250 as sensor type
Select Pt300 as sensor type
Select Pt400 as sensor type
Select Pt500 as sensor type
Select Pt1000 as sensor type

[17]

Select Ni50 as sensor type
Select Ni100 as sensor type
Select Ni120 as sensor type
Select Ni1000 as sensor type

[18]

Select TC-B as sensor type
Select TC-E as sensor type
Select TC-J as sensor type
Select TC-K as sensor type
Select TC-L as sensor type
Select TC-N as sensor type
Select TC-R as sensor type
Select TC-S as sensor type
Select TC-T as sensor type
Select TC-U as sensor type
Select TC-W3 as sensor type
Select TC-W5 as sensor type
Select TC-Lr as sensor type

[19]

Select 50% duty cycle output
Select programmable pulse time

[20]

Select Hz as output unit
Select pulses/minute as output unit
Select pulses/hour as output unit
Select pulses/day as output unit

[21]

Set output frequency for 0% input

[22]

Set output frequency for 100% input

[23]

Set low cut-off frequency

[24]

Set pulse time in milliseconds

[25]

Select no error action - output undefined at error
Set output at specific frequency on input error

[26]

Set output frequency on input error

[40]

Set response time in seconds

[41]

Set temperature for frequency output low

[42]

Set temperature for frequency output high

[43]

Enter language setup
Enter password setup
Enter simulation mode
Perform process calibration
Enter display setup
Perform memory operations

[44]

Load saved configuration into module
Save configuration in display front

[45]

Adjust LCD contrast

[46]

Adjust LCD backlight

[47]

Write a 6-character device TAG

[48]

Output frequency is shown in display line 3
Device TAG is shown in display line 3

[49]

Calibrate input low to process value?

[50]

Calibrate input high to process value?

[51]

Enter simulation mode?

[52]

Simulate input value

[54]

Enable password protection?

[55]

Set new password

[59]

Select language

[60]

Use process calibration values?

[61]

Set value for low calibration point

[62]

Set value for high calibration point

LP1102 27

Ordering information

DESCRIPTION PART NUMBER

Analog to Freq. Converter AFCM0000

Programming Module PGMMOD00

Program/Comms Module PGMMODC1

28 LP1102