Assa Abloy HES KS200-640 User manual

3085006.002 Rev. 3 1
HES, Inc.
Phoenix, AZ
1.800.626.7590
www.hesinnovations.com
KS200-640 / KS210-640 Server Cabinet Lock Series
Installation Instructions

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Package Contents
Recommended Tools
Approved RFID Credential
Phillips P2 driver
WT-2 Wiegand Test Box
Optional Additional Tools:
SFIC Core for key override or
SFIC Blank Plastic Core
Normally Open DPS Switches
System Side Interface Cable
Specifications
Voltage: 12–24V DC ±10% (Power Supply not provided)
KS200 / KS210 Current Consumption:
Model KS200 / KS210
Input Voltage (V DC) 12V DC 24V DC
Current
Standby Avg.150 mA 40 mA
Max Avg.2100 mA 75 mA
Peak3130 mA 130 mA
1 Standby AVG – RMS current draw without a card in the RF field with both LEDs active.
2 Maximum AVG – RMS current draw during continuous card reads, and both LEDs active.
3 Peak – Highest instantaneous current draw during RF Communication, in-rush, or unlock cycles
Handling Selectors
Lock
Handle Mounting Plate
Mounting Screws
Cam
DPS Cable
SFIC Cam
Lock Side
Interface Cable

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Operating Temperature: -10C to 50C
Holding Force: 250 lbs

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Connector Pin Wiring:
Molex 8-Pin Connector Pin Wire Color Description
1 Black Ground (RTN)
2 White Wiegand Data 1 / RS485-A*
3 N/A N/A
4 N/A N/A
5 Red +VDC (12V-24V)
6 Green Wiegand Data 0 / RS485-B*
7 Blue LED Input (RED)
8 Yellow LED Input (GREEN)
Molex 4-Pin Connector Pin
1 Violet Ground (RTN)
2 Pink Tamper/DPS Contact (N.O.) (+)
3 Gray Lock Control Input (5/12/24 VDC)
4 Tan Tamper/DPS Contact (N.O.) (-)
*KS210 model only
LED Function: KS200 and KS210 LED states are controlled and defined by the user’s EAC. Enabling
the red and green LEDs on the KS200 can occur via an active-low (ground) signal or RS485 OSDP
commands (KS210 only)
Output Type: Wiegand TTL (SIAAC-01-1996), OSDP (SIA v.2.1.7)
Regulatory: FCC (ID: VC3-KS210), Industry Canada (ID: 7160A-KS210), CE
BHMA: A156.3, A156.36, A156.25 Compliant
Credentials Supported: 125 kHz Proximity or 13.56 MHz iCLASS, iCLASS Elite, iCLASS SEOS, iCLASS
SE, ISO 15693 ICLASS, ISO 14443A Mifare, Mifare Plus, Desfire SE, Desfire EV1/EV2, NFC,
BLE.
NOTE: Contact HID Global Technical Support at [phone] for additional configuration cards
to enable HID iCLASS Elite credentials or mobile credentials via NFC or BLE using HID Mobile
Access application.
System Overview
The KS200 is a radio-frequency identification (RFID) lock for server cabinet installation applications.
The lock is capable of reading RFID credentials and providing that data to an electronic access control
(EAC) system via Wiegand data signaling or via RS485 OSDP (KS210 only). The EAC determines
whether user access should be granted or denied. When the EAC provides an active-high unlock signal
to the lock in the access granted case, the KS200 or KS210 drives a motor to complete the unlock/lock
cycle. EAC indication of user access/denial is provided to the user by way of LED control inputs on the
lock. Additional lock monitoring features (e.g., door position, tamper) are monitored within the lock and
status provided to the EAC.

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Installation
1. Installing an SFIC Core
NOTE 1: A key override (SFIC) provides a backup entry method in the rare case the KS200 or EAC
is inactive (Recommended).
NOTE 2: The included SFIC cam has been tested with Medeco and Sargent 6- or 7-pin SFIC cores.
2. Preparing the Cabinet
1. LOCATE the 1” [25 mm] x 6” [150 mm] lock cutout on
the door (some doors may require modification).
2. ENSURE power is available at the rack.
3. RE-USE the existing cam, if possible.
NOTE: One cam is supplied.
CAM CAM LENGTH CAM DEPTH
CAM 1 1-1/2” [38 mm] 15/16” [24 mm]
SFIC
Core
Cam
SFIC
Core
7-pin
6-pin
1. Insert Cam into SFIC
Use the included Spacer
with 6-pin SFICs.
2. INSERT SFIC
into lock
Cam
6-pin
Spacer

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3. Installing the Lock
1. SLIDE lock into cutout.
NOTE: (Optional) Install RS485 termination jumper (KS210).
(Optional) The DPS signal is closed when the handle is
resting in its locked position. The DPS circuit can be
extended to include normally open DPS switches
arranged in a series to monitor additional doors and
panels.
DPS Extension Cable
DPS
Switches
(SPST-
NO): As
Needed
Switch #1
(SPST-
NO):
Provided 2. PERFORM the following to
extend the DPS Circuit.
a. REMOVE the DPS jumper.
b. CONNECT the included
DPS extension cable.
c. CONNECT additional
normally-open DPS
switches as shown to
monitor additional panels.
3. CONNECT the female, 10-position Hirose™
connector on the lock side interface cable
to the KS200.
4. ENSURE the lock side interface cable will
properly protrude from the bottom of the
KS200
prior to attaching the rear bracket. ENSURE
the wiring is not obstructing the mounting
holes prior to securing the rear bracket.

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4. Installing the Handing Selector
CAUTION! Inserting/snapping the handle all the way in will lock the lever
2. POSITION the arrows to
point toward the door
edge.
1. INSERT handing
selector into lock.
6. ENSURE that the lock is fully
secured and flush to the mounting
surface in order to depress
tamper switch on back of device
for correct operation.
NOTE: If the tamper switch is
not fully depressed, the
lock opens the
Tamper/DPS+/- contact.
5. ATTACH rear bracket with screws.
7. IF the tamper switch is not fully
closed,
THEN REMOVE the tamper
contact,
AND ENSURE the lock is closed.
3. INSERT and SECURE
cam with screw.
Door edge
Tamper
Switch

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5. Attaching the Wiring
New 4-/8-Pin Molex
Integrated Wiegand: KS200/KS210 Cabinet Locks, ElectroLynx Wire Color/Function Assignments
Connector 8-Pin Molex Connector 4-Pin Molex Connector
Pin/Wire
Color 1
Black 2 White 3 N/A 4 N/A 5 Red 6 Green 7 Blue 8 Yellow 1 Violet 2 Pink 3 Gray 4 Tan
Function 12 VDC
Reader Wiegand Data N/A N/A 12 VDC Reader Wiegand Data LED 12/24
VDC/
Lock
Tamper/
DPS
12/24
VDC/
Lock
Tamper/
DPS
Setting NEG Data 1 / RS485-
A* N/A N/A POS Data 0 /
RS485-
B* RED Green COM, - NC, + COM, + COM, -
*KS210 models only
Legacy 10-Pin Molex to 4-/8-Pin Molex
Integrated Wiegand: KS200/KS210 Cabinet Locks, ElectroLynx Wire Color/Function Assignments
Connector 8-Pin Molex Connector 4-Pin Molex Connector
Pin/Wire
Color 1
Black 2 White 3 N/A 4 N/A 5 Red 6 Green 7 Orange 8 Brown 1 Gray 2 Yellow 3 Violet 4 Blue
Function 12 VDC
Reader Wiegand Data N/A N/A 12 VDC Reader Wiegand Data LED 12/24
VDC/
Lock
Tamper/
DPS
12/24
VDC/
Lock
Tamper/
DPS
Setting NEG Data 1 / RS485-
A* N/A N/A POS Data 0 /
RS485-
B* RED Green COM, - NC, + COM, + COM, -
*KS210 models only
1. CONNECT the Lock Side Interface Cable to the lock.
2. CONNECT the Lock Side Interface Cable to the optional System Side Interface Cable (see
Connector and Cable Diagram).
3. RUN the System Side Interface Cable, as required (see Server Cabinet Wiring Example).
4. ATTACH the included 4-Pin and 8-Pin Molex Female Connectors to the bare wire side of the
System Side Interface Cable.
NOTE: It is recommended that 10-conductor, 24 AWG, cable be used.
5. ENSURE the following power cabling guidelines are followed:
Wire AWG Supply Voltage Allowed Cable Length (ft.)*
20 AWG 12 419
24 3217
22 AWG 12 264
24 2023
24 AWG 12 166
24 1272

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* Round trip loss. V = 2 x I x R x xft xft = V / (2 x I x R)
Note: Data 0 and Data 1 wires for Wiegand may be reused for OSDP. However, standard Wiegand cable may not
meet RS485 twisted pair recommendations for maximum data transmission speed and distance.
Note: For OSDP cable lengths greater than 200 ft (61 m) or EMF interference, install 120Ω termination resistor
jumper on the KS210.

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Connector and Cable Diagram