CEC Rule 18-074When installed with a bonding jumper,acceptable method of bonding whereunpunched rings remain aroundconcentric or eccentric knockouts insheet metal boxes or enclosures.[CEC Rule 10-614].
Suggested Specifications
Bonding and Grounding Wedge(Series 3650)
Bonding and Grounding Wedgesinstalled to effectively bond terminatingfitting or metal conduit to a cabinet, box,enclosure or an auxiliary gutterortoinstall bonding jumper aroundconcentric or eccentric knockouts shall
Electrical Hazard Warning Symbol – Failure to observe this warning could result in electrical shock
or electrocution.
Operational Hazard Warning Symbol – Failure to observe this warning could result in dangerous or
!
unsafe conditions.
Installation Note: This product should be installed and serviced by a qualied elevator technician
familiar with its operation and hazards involved. Proper safety procedures must be followed when
working with this controller during installation and with control under power. Proper shielding and
grounding of this product is necessary to reduce the emissions of radio frequency interference (RFI)
which may adversely affect sensitive electronic equipment.
Electrical Wiring: Wire controller in accordance with the National Electrical Code, Canadian Electrical
Code, European Norms and/or any other local codes that apply.
General Contractor Note: A separate fuse disconnect switch is required for the door controllers. See
job specic wiring diagrams for disconnect and fuse requirements.
Enclosure Conduit Connections
TYPE 1, 4 & 4X
(Indoor Use Only)
CAUTION
Non-metallic enclosure does not provide grounding
between conduit connections. Use grounding bushing
and jumping wires.
WARNING
Do not mount controller on or above a combustible
surface.
The conduit hubs are to be connected to the conduit
before being connected to the enclosure.
To maintain the environmental rating of this enclosure,
install in any openings only listed or recognized conduit
hubs with the same environmental ratings as required,
in compliance with the installation instructions of the
device.
Ground Bus
T&B Series 3651
Bonding & Grounding Wedge
Grounding electrode
Conductor enclosure
(Rigid Metal Conduit or
Intermediate Metal Conduit)
Connect controllers in accordance with local electrical codes.
Power branch circuit should come from machine room disconnect
10 amp circuit for each line of doors. Use #14AWG [2mm]
copper wire for power connection.
• ON/OFF switch disconnects both lines
• If neutral is not used, main disconnect must break both lines.
1 Ø Power
208-240V AC
5.5A, 50/60 Hz
WARNING
HIGH VOLTAGES
Read Safety Warning before
attempting to use this controller
CONDUIT AND SHIELD
GROUNDING LUG
GNDL1L2 / N
Landing
Door
Controller
The enclosure supplied is nonmetallic and does not provide
!
grounding between conduit
connections. Use grounding
bushings or jumper wires.
Wire both door motors in parallel. Use #18AWG [1mm] wire in conduit for motor connection. Do not combine
motor wires with control wires in same conduit.
Note: Low speed winding is not used. Cap black wires separately (R4-R5).
2.7 LANDING DOOR OPERATORS - EXTRA HIGH TORQUE (OPTION)
Use #18AWG [1mm] wire in conduit for motor connection. Do not combine motor wires with control wires in
same conduit. Connect CAN and COMM wires between controllers.
Notes
1. Low speed winding is not used. Cap black wires separately (R4-R5)
2. Use shielded wire or separate conduit for CAN bus connection slave
The landing door Zone Switch located in top of interlock box activates the controller for the Landing door at
which the elevator car is located.
Landing Door
Controller
1234567
Interlock
DI contact
and ZNS
HDOHDCZNSEUD
Door Lock Contact (DI)
connect to elevator controller
e ZONE indicator will go ON solid when the
ZNS contact is made for the door connected to
that controller when elevator is at the landing with
retiring cam extended
ZONE turns OFF when the retiring cam lis.
STOP
AUX1
AUX2
INPUT
COM
V-V+
Interlock DC contact
THE PEELLE COMPANY
FREIGHT DOORSICAR GATESICAR ENCLOSURES
10
When the retiring cam lis the ZNS contact is
open and the ZONE indicator turns o.
e input indicator 3 will go ON solid when the
ZNS contact is made for the door connected to
that controller.
Attention!
The ZONE must be made for
automatic door operation. If ZONE
is not made doors will not run.
HALL DOOR OPEN BUTTON (HDO)
Where provided, wire landing station door OPEN pushbuttons
as shown. When elevator car is within landing ZONE,
pushbutton inputs will be transmitted to the Car Door controller
for connection to elevator control.
HALL DOOR CLOSE BUTTON (HDC)
Where provided, wire landing station door CLOSE pushbutton
as shown. When elevator car is within oor ZONE, pushbutton
inputs will be transmitted to the Car Door controller for
connection to elevator control.
DOOR STOP BUTTON (STOP) 5
Where provided, wire landing station door STOP pushbutton as
shown. The door STOP button should be normally open (NO). If
normally closed (NC) set parameter 96 to 01. See DOOR STOP
output for connection to elevator control.
1
2
234567
1
HDCHDOZNSEUD
e input indicators 12 and 5 will go ON when the
pushbutton is activated for the door connected to that controller.
Connect controllers in accordance with local electrical codes.
Power branch circuit should come from machine room disconnect
10 amp circuit for each line of doors. Use #14AWG [2mm]
copper wire for power connection.
• ON/OFF switch disconnects both lines
• If neutral is not used, main disconnect must break both lines.
1 Ø Power
208-240V AC
5.5A, 50/60 Hz
WARNING
HIGH VOLTAGES
Read Safety Warning before
attempting to use this controller
CONDUIT AND SHIELD
GROUNDING LUG
GNDL1L2 / N
Car Door
Controller
The enclosure supplied is nonmetallic and does not provide
!
grounding between conduit
connections. Use grounding
bushings or jumper wires.
Use #18AWG [1mm] wire in conduit for motor connection.
Do not combine motor wires with control wires in same conduit.
Note: Low speed winding is not used. Cap black wires separately (T8-T9).
Car Door
Operator
T1
T6
T7
On large car doors
where provided wire
opposite car door
operator in parallel.
CAR DOOR OPEN BUTTON (DO)
Wire car station door OPEN pushbutton as shown.
CAR DOOR CLOSE BUTTON (DC) 2
Wire car station door CLOSE pushbutton as shown.
CAR DOOR STOP BUTTON (RC) 5
Where provided, wire car station door STOP pushbutton as
shown. The car door STOP button should be normally open
(NO). If normally closed (NC) set parameter 96 to 01. See
DOOR STOP output on bridge controller for connection to
elevator control.
Connect controllers in accordance with local electrical codes.
Power branch circuit should come from machine room disconnect
10 amp circuit for each line of doors. Use #14AWG [2mm]
copper wire for power connection.
• ON/OFF switch disconnects both lines
• If neutral is not used, main disconnect must break both lines.
1 Ø Power
208-240V AC
5.5A, 50/60 Hz
WARNING
HIGH VOLTAGES
Read Safety Warning before
attempting to use this controller
CONDUIT AND SHIELD
GROUNDING LUG
GNDL1L2 / N
Bridge
Controller
The enclosure supplied is nonmetallic and does not provide
!
grounding between conduit
connections. Use grounding
bushings or jumper wires.
Wire Bridge Controller to the Car Door Controller in series as shown. Use
(2) shielded twisted pair in travel cable.
Located in
Machine Room
CANL CANH COMM
TERMINATING JUMPERS
For elevators with front doors only, do NOT remove terminating jumper.
For front & rear doors remove terminating jumper on Front Car Door
Controller only.
4.4 ELEVATOR TO BRIDGE CONTROLLER INPUT CONNECTIONS
CONTROLLER INTERFACE
Inputs to the Bridge controller are the only interface to
the elevator control for door operation. A single Bridge
Controller is used for front doors or for front and rear door
arrangement.
INPUT COM
Add jumper to the INPUT COM from V- when car door
controller V+ is used for the input voltage.
Where elevator control voltage is used, connect
L
INPUT COM to elevator controller according to
elevator control prints. Do not use V+ or V-.
Make sure all Landing Doors and Car Doors are adjusted and run freely by hand in the door guides without
binding or sticking.
1. Turn power ON
AUTO
OPEN CLOSERET
_
+
Tweaks
Tweaks
IND
CAM
ENTER
2. Set AUTO<>IND switch to IND
3. Using the OPEN, CLOSE and RETCAM cam buttons, ensure the car door operator(s) and
retiring cam motor(s) are phased for correct rotation. If a motor rotates in the wrong direction,
switch any two of the three motor wires
4. To begin, cycle through parameters by pressing the - & + buttons. Once the desired parameter
is displayed, press the ENTER button to access the setting for that parameter. Change the setting
by pressing the - & + buttons. Once the desired setting is displayed, press the ENTER button to
save the setting. Parameters can only be modied in IND mode.
5. Change parameter 02 to “Cd” setting.
e LCD display should now read “CAR DOOR”.
6. Use parameter 03 default “CHANNEL 15” for the rst car
door . For each additional car door , change parameter 03 to
a dierent channel. e LCD display will show what channel
has been selected.
7. Change parameter 10 to “Lr” setting. Press ENTER to begin
learn cycle. Prior to learn, car door can be in any position. e
learn cycle will fully close and then fully open. Once the car
door is fully open, the learn cycle is complete and the ashing
“LEARN” indicator on the LCD will turn o.
If car door stalls before learn
is complete, set parameter
12 to HD. Re-run the learn
cycle. Adjust speeds to suit
to ensure car door does not
slam.
If car door stalls during
operation (normal operation
or nudging), set parameter
12 to HD. Adjust speeds to
suit to ensure car door does
not slam.
THE PEELLE COMPANY
FREIGHT DOORSICAR GATESICAR ENCLOSURES
29
If retiring cam top assembly
does not completely li
retiring cam bottom
assembly, set parameter 70
to 10.
• Ensure Landing Door interlock is mechanically unlocked. Ideally car is level at oor with retiring cam extended
• Ensure all EUD switches are set to the SET position
1. Turn power ON
AUTO
OPEN CLOSE
_
IND
ENTER
+
2. Set AUTO<>IND switch to IND
3. Using the OPEN and CLOSE buttons, ensure the landing door operators are phased for correct
rotation. If a motor rotates in the wrong direction, switch any two of the three motor wires.
4. To begin, cycle through parameters by pressing the - & + buttons. Once the desired parameter
is displayed, press the ENTER button to access the setting for that parameter. Change the setting
by pressing the - & + buttons. Once the desired setting is displayed, press the ENTER button to
save the setting. Parameters can only be modied in IND mode.
5. Change parameter 02 to “Ld” setting.
e LCD display should now read “landing door”.
If you have “Extra High Torque Door Operators” (see pg 7)
Set Slave controller to SL, no further commissioning of the slave controller is required.
Commission the associated master controller normally.
6. Change parameter 03 to match the channel of the adjacent car door. All the landing doors for
the front line must have the same channel as the front car door. e LCD display will show what
channel has been selected.
7. Change parameter 04 to address the landing door. Use “ADDRESS 01” for the lowest door in a
line of doors. Each additional landing door in line should be addressed in sequence (01, 02, 03
Etc). e LCD display will show what address has been selected.
8. Change parameter 10 to “Lr” setting. Press ENTER to begin learn cycle. Prior to learn, Landing
Door can be in any position. e learn cycle will fully close and then fully open. Once the
Landing Door is fully open, the learn cycle is complete and the ashing “LEARN” indicator on
the LCD will turn o.
9. Press and hold the CLOSE button to close
the door.
5.3 OPERATION AND TESTING - FROM THE CAR DOOR CONTROLLER
With the CAN connection from the bridge controller removed, test the following Sequence of Operation using the
OPEN, CLOSE and RETCAM buttons on the car door controller from the top of the car.
AUTO
CLOSEOPENENTER
5.4 SEQUENCE OF OPERATION
RET
CAM
IND
_
+
1. Remove the CAN connector to the controller
2. Make sure the controllers are set to AUTO
3. Use the OPEN, CLOSE and RETCAM buttons to test the door and
car door and retiring cam sequence of operation.
4. Reconnect the CAN connector.
For USER 1 and 2 options, see parameter 65 and 85
L
5.5 POWER UP MODE / LOSS OF POWER
After power-up with the elevator car at a landing, upon automatic initiation
of either open or close, the landing door and car door will operate at learn
speed until the nal open or closed position is reached and held for 1
second. The control will reset the learned prole and initiate DOOR OPEN
or DOOR CLOSED output. All un-zoned landing door controllers will
power up to normal prole See Parameter 93.
THE PEELLE COMPANY
FREIGHT DOORSICAR GATESICAR ENCLOSURES
32
Attention!
Landing door and Car door
settings and speed proles are
retained by the controller when
power is removed. It is not
necessary to relearn the opening.
Complete this commissioning after door operation testing, section 5.3
1. Turn power ON
AUTO
_
IND
REARFRONT
ENTER
+
2. Set AUTO<>IND switch to IND
3. Set FRONT<>REAR switch to desired setup. Both front and rear are commissioned
independently.
4. To begin, cycle through parameters by pressing the - & + buttons. Once the desired parameter
is displayed, press the ENTER button to access the setting for that parameter. Change the setting
by pressing the - & + buttons. Once the desired setting is displayed, press the ENTER button to
save the setting. Parameters can only be modied in IND mode.
5. Set parameter 15 to desired Auto Close time. Setting ”00” Auto Close is disabled.
• Auto Close set times: 30, 45, 60, 90, 120, 150, 180, 300 seconds.
6. Set parameter 16 to elevator code jurisdiction.
• New York City RS18 = “01”
• All others = “00”
7. Set parameter 17 for single or dual light curtains.
Note: The following interlock safety circuit wiring is for reference only.
REFER TO THE ELEVATOR PRINTS FOR PROPER INTERLOCK WIRING.
Elevator Control Operation
1) All DC (hoistway door closed) and GC (car gate closed) contacts should be connected in series and that the
contacts be made when the doors and gates are closed.
2) All DI (hoistway door lock) contacts should be connected in series and the contacts be made when all doors
are locked.
When the elevator controller is signaled, “all doors closed” through the DC and GC circuits, the elevator controller
may initiate retiring cam operation (see Retiring Cam Initiation Contact). Initiation will cause the retiring cam
face to retire (lift). When the interlock roller is no longer depressed by retiring cam, hoistway door locking
action takes place and the elevator controller is signaled, “all doors locked” through the Di circuit. The elevator
controller shall not allow the elevator car to run unless all DC (hoistway door closed) and GC (gate closed) and
DI (hoistway door locking) contacts are made.
Close Input Buzzer Control: 00 = Disabled, 01 = Enabled
95
Hall Stop Button Input:
9600-0100N/A
00 = Normally Open, 01 = Normally Closed
Power-Up Settings:
01 – Door Closed = 1, Door Open = 1;
02 – Door Closed = 1, Door Open = 0;
9701-030202
03 – Door Closed = 0, Door Open = 0;
If zoned, both Door Closed and Door Open = 0, regardless of selection.
Condition of outputs is established automatically after opening or closing
cycle
Show Cycle Counter
98
Restore Factory Default Settings
00 – Exit without saving
9900-0200
01 – Restore all Motor parameters (#20 – 97)
02 – Restore all parameters (#2 – 97)
50-99N/A50
00-01N/A00
00-01N/A00
00-01N/A00
00-0101N/A
00-010100
00-010101
6 digits
Cycle
Counter
Cycle
Counter
00
N/A – Not available
Speeds are expressed as a percentage of full speed. Zone is expressed as a percentage of total travel.
Torque is expressed as a percentage of nominal voltage for corresponding speed.
Note: Also set parameter 65 on Car Door Controller to 0
USER 1 options
00 = USER 1 POSITION - FRONT
01 = USER 2 POSITION - FRONT
02 = ZONE - FRONT
03 = BUZZ / STROBE - FRONT
04 = DOOR OPEN POSITION - FRONT
06 = AUX 2 INPUT - FRONT
18
07 = LIGHT CURTAIN TEST OUTPUT (BRIDGE OPTION ONLY)
08 = USER 1 POSITION - REAR
09 = USER 2 POSITION - REAR
10 = ZONE - REAR
11 = BUZZ / STROBE - REAR
12 = DOOR OPEN POSITION - REAR
13 = AUX 2 INPUT - REAR
USER 2 options
00 = USER 1 POSITION - FRONT
01 = USER 2 POSITION - FRONT
02 = ZONE - FRONT
03 = BUZZ / STROBE - FRONT
04 = DOOR OPEN POSITION - FRONT
06 = AUX 2 INPUT - FRONT
19
07 = LIGHT CURTAIN TEST OUTPUT (BRIDGE OPTION ONLY)
08 = USER 1 POSITION - REAR
09 = USER 2 POSITION - REAR
10 = ZONE - REAR
11 = BUZZ / STROBE - REAR
12 = DOOR OPEN POSITION - REAR
13 = AUX 2 INPUT - REAR
Software Version (Read Only)
20
Restore Factory Default Settings
00 – Exit without saving
PEELLE ONLY OPERATION - USED FOR COMMISSIONING AND INDIVIDUAL
LANDING/CAR DOOR OPERATION
(AUTO-IND slider switch set to IND)
ProblemPossible CauseAction
AUTO-IND slider not set to INDSet AUTO-IND slider to IND
No operation from
OPEN/CLOSE pushbutton
No operation from RETCAM
pushbutton
Slow speed Landing/Car Door
operation only
Wiring problem to Landing Door motor output
or Car Door selector relay output
Flashing LCD “OVERLOAD” icon
Constant LCD “OVERLOAD” icon
Controller type not set to Car Door (CD)Ensure parameter P02 is set to “CD”
Wiring problem to Car Door selector relay
output
LCD “LEARN” flashing
See page 6 for Landing Door motor wiring
See pages 15 & 16 for Car Door/Retiring Cam
motor wiring
Duty timer for motor has been exceeded. Cool
down period required for motor regeneration. If
condition persists, increase duty timer. See
parameters P72 & P82.
Note: increasing duty timer may shorten motor
life
Check Landing Door motor output or Car Door
selector relay output for short circuit to ground
See page 6 for Landing Door motor wiring
See pages 15 & 16 for Car Door/Retiring Cam
motor wiring
Acknowledge “OVERLOAD” by setting
parameter P01 to 01
See pages 15 & 16 for Car Door/Retiring Cam
motor wiring
Operational profile not learned. Set parameter
P10 to “Lr” to initiate learn sequence
Encoder set screw looseEnsure set screw is tight on encoder shaft
Landing/Car door runs for 12”
then stops
Retiring Cam not fully pulling
back
Encoder wiring problem
Mechanical problem with bottom assembly
(face)
Mechanical problem with top assembly (motor) Ensure pulley belt has 3/4” of deflection
Mechanical problem with full assembly
THE PEELLE COMPANY
FREIGHT DOORSICAR GATESICAR ENCLOSURES
39
See page 5 for Landing Door encoder wiring
See pages 14 for Car Door encoder wiring
Move door manually and check that encoder
count on LCD is changing
Ensure bottom assembly moves freely on pivot
pins
Ensure connecting rod is parallel to bottom
assembly (face) and top assembly (motor)
Ensure when pulling back that pickup arm on
top assembly starts at 6 o’clock and rotates
towards middle of car to either 9 o’clock or 3
o’clock (depending on rotational direction)
PEELLE ONLY OPERATION - USED FOR COMBINED LANDING AND CAR DOOR
OPERATION
(AUTO-IND slider switch set to AUTO)
ProblemPossible CauseAction
No operation from
OPEN/CLOSE pushbutton
AUTO-IND slider not set to AUTO
Elevator not in Landing Door zone
LCD “ZONE” icon not on at either Landing
Door controller or corresponding Car Door
controller
LCD “ANTENNA” icon not on (or flashing) at
zoned Landing Door controller or
corresponding Car Door controller
LCD “EUD” icon on (or flashing) at Landing
Door controller and flashing at corresponding
Car Door controller
LCD “MULTIZONE” icon on at Landing Door
controller and corresponding Car Door
controller
Flashing LCD “OVERLOAD” icon
Constant LCD “OVERLOAD” icon
Set AUTO-IND slider to AUTO
All controllers must be set to AUTO.
Ensure retiring cam bottom assembly is on
Landing Door roller arm
Ensure Input 3 is on at Landing Door controller.
See page 9.
Ensure Landing Door channel matches Car
Door channel. Adjust parameter P03 if
necessary
Ensure Landing Door address is unique and not
set to 00. Adjust parameter P04 if necessary
Constant LCD “EUD” icon = EUD is in set
position at current landing
Flashing LCD “EUD” icon = EUD is in set
position at another landing on the same channel
See page 8.
Check all interlock zone micro switches. Only
one zone micro switch can be on at a time on
one channel.
Duty timer for motor has been exceeded. Cool
down period required for motor regeneration. If
condition persists, increase duty timer. See
parameters P72 & P82.
Note: increasing duty timer may shorten motor
life
Check Landing Door motor output or Car Door
selector relay output for short circuit to ground
See page 6 for Landing Door motor wiring
See pages 15 & 16 for Car Door/Retiring Cam
motor wiring
Acknowledge “OVERLOAD” by setting
parameter P01 to 01
Antenna is ON solid when elevator is at a oor and
•
door is ZONED
Antenna is ON solid when EUD is SET whether
•
door is ZONED or not
Antenna is OFF when elevator is not ZONED
•
For intermittent ashing in ZONE adjust channel
•
selection
Multiple Zone
MULTIZONE indicator is shown
•
when two or more landing door
controllers are ZONED on the same
channel
Check zone switches and ZNS inputs
•
at landings
Number Display
Number display show
•
encoder count (door
position)
Approximately 0-50
•
for landing door closed
position
Full count for open
•
position
May ash fault codes for
•
Peelle Use
Motor Overload / Over Duty
OVERLOAD is ON solid when over current exists
•
at motor output
Check for shorts on motor line
◦
Check for shorts to ground
◦
Reset of overload is required; set parameter 01 to 01
•
and press ENTER to clear (must go to IND mode)
OVERLOAD is ashing when motor run time
•
exceeds duty
Let motor reset for 5 minutes
◦
Over Duty does not require reset
•
Landing Zone
Zone is ON solid when
•
elevator is at a oor with
retiring cam extended and
door unlocked
Input indicator 3 ZNS is
•
ON when door is ZONED
Zone and 3 are OFF
•
when doors are locked
and / or car is moving
between oors
Doors will not run if
•
ZONE is not made
Check ZNS and zone
•
switch
Input Indicators
1 HDO - Hall door open button
2 HDC - Hall door closed button
3 ZNS - Floor Zone switch
4 EUD - Emergency Unlocking Device
5 STOP - hall door stop button
6 AUX1 - Not Used
7 AUX2 - Not Used
8 RE - Hall door light curtain input
(where provided)
THE PEELLE COMPANY
FREIGHT DOORSICAR GATESICAR ENCLOSURES
Emergency Unlocking Device
EUD is ON solid when EUD is
•
SET at that oor
Input indicator 4 is ON when
•
EUD is SET at that oor
EUD is ashing when EUD is SET
Antenna is ON solid when elevator is at a oor and
•
door is ZONED
Antenna is OFF when elevator is travelling
•
Antenna is Flashing Constant when elevator is not
•
ZONED
For intermittent ashing in ZONE adjust channel
•
selection
Multiple Zone
MULTIZONE error is shown when
•
two or more landing door controllers
are ZONED on the same channel
ZONED oor addresses are shown
•
in Number Display
Check ZONE switches and ZNS
•
inputs at landings
Number Display
Number display show
•
encoder count (car door
position)
Approximately 0-50 for
•
car door closed position
Full count for open
•
position
Will show oor addresses
•
in MULTIZONE error
Shows oor addresses
•
when and EUD is SET
May ash fault codes for
•
Peelle Use
Input Indicators
1 DO - Door open command from elevator
2 DC - Door closed command from elevator
3 SE - Close nudging command from elevator
4 DCM - Fast close command from elevator
5 RC - Retiring cam command from elevator
6 BUZZ - Close warning buzzer command
from elevator
7 AUX2 - Not Used
8 RE - Reversing edge input from car door
Motor Overload / Over Duty
OVERLOAD is ON solid when over current exists
•
at motor output
Check for shorts on motor line
•
Check for shorts to ground
•
Reset of overload is required; set parameter 01
•
to 01 and press ENTER to clear (must go to IND
mode)
OVERLOAD is ashing when motor run time
•
exceeds duty
Let motor reset for 5 minutes
•
Over Duty does not require reset
•
Emergency Unlocking Device
EUD is ashing when an EUD has
•
been SET
EUD is OFF when all landing
•
doors have been RESET
Floor addresses where EUD is
Input Power 5.5A @ 240V, 1.3 kW
Supply Voltage 208-240V, 1 Ø AC, 50/60Hz
Output Power 0-230V, 3 Ø AC, 4.2A, 0-60Hz
Output Motor 0.75 kW (1 HP)
Digital Inputs 8 provided, 12-30V, AC or DC
Encoder Input Incremental, NPN, 12VDC, 120 PPR
Relay Outputs 8 provided, Form C, 10A, 125VAC
Input Indicators LCD screen
Output Indicators LED
Enclosure Protection NEMA 1,4,4X (indoor use only) - IP 65
Temperature 40 Deg C Max
Dimensions 200mm x 430mm x 85mm (W x H x D)
Mounting Method 4 screw holes on outside perimeter
Equipment Class Digital Transmission System
Wireless Network 802.15.4 LR-WPAN standard
Wireless Frequency 2.4GHz
Wireless Output 0.094 Watts
Wireless Range 100m oor-to-oor up to 99 oors
User Interface On board pushbuttons with visual display
Visual Display 50mm x 40mm back-lit LCD
Parameters User adjustable with factory presets and defaults
Learn Adjustment Automatic by user parameter
Landing Door Address User selectable parameter
Car or Landing Door Type User selectable parameter
Fail Safe Condition Door Stop if communication lost
17.00 [432]
.31 [8]
3.26 [83]
8.00 [203]
6.75 [171]
Standards
Elevators and Lifts
ASME-A17.1/CSA-B44
ASME-A17.5/CSA-B44.1
EN 81
EN 12015 and EN12016
Telecommunication
FCC
Industry Canada
R&TTE Directive
Certication
ETL Listing and Certication Mark
FCC Grant of Equipment Authorization
Industry Canada Certicate of Acceptance
Declaration
This device complies with part 15 of the FCC rules. Operation is subject to the
following two conditions: (1) the device may not cause harmful interference, and
(2) the device must accept any interference received, including interference that
may cause undesired operation.
Modications not expressly approved by The Peelle Company Ltd. could void the
user’s authority to operate the equipment under FCC rules.
Manufacturer:
The Peelle Company Ltd.
195 Sandalwood Pkwy W.
Brampton, Ontario L7A 1J6
CANADA
W e, The Peelle Company Limited of Brampton, Ontario, declare that the product designated below complies with
the relevant fundamental requirements of Article 3 of the Lifts directive 2014/33/EU insofar as the product is used
as intended and the following standards applied:
Product: Wireless Freight Door Controller, 2.4GHz, 802.15.4 Transceiver Module
Manufactured by: The Peelle Company Ltd. Trade mark: Peelle
Model: WFDC 27451 Car Door, WFDC 27452 Landing Door
Environment of use: Residential, commercial and light industry
Standards:
-Lifts EN 81-20:2014 Safety rules for the construction and installation of lifts
EN 12015:2014 Electromagnetic compatibility – Emissions
EN 12016:2013 Electromagnetic compatibility – Immunity
EN 61000-6-1:2007 Electromagnetic compatibility (EMC)
-Telecommunication EN 50371, EN 301 489-1, EN 301 489-17, EN 300 440
Date of issue: MAY 2017
Place of issue: Brampton, Ontario, CA