19
SE LP10 Integrated Wired
With and Without MELR Option (Electric Latch Retraction)
Copyright © 2020, ASSA ABLOY Access and Egress Hardware Group, Inc. All rights
reserved. Reproduction in whole or in part without the express written permission of ASSA
ABLOY Access and Egress Hardware Group, Inc. is prohibited.
8) Concealed Door Position Switch Instructions
For devices without cylinders, go to step 3.
1. For devices with cylinders, insert key into cylinder and rotate.
2. The key will retract the latch and rods, the key should rotate freely.
3. Depress inside rail to retract latch and rods.
Note: Once electrical wiring has been successfully completed
according to proper application, complete the following step:
1. Turn power ON.
2. Verify LED located on reader is ON.
Red or Green depending on reader
configuration (See reader
LED Configuration).
3. Present proximity credential and verify
LED and sounder activity.
4. Verify valid card read at EAC Panel.
5. Verify system operation functions;
i.e., when prox credential is presented
to reader that the door unlocks.
Feature
WT1
WT2
12 or 24VDC lock
voltage adjustable
X
X
Operates as Fail Safe or
Fail Secure
X
X
"Learn" mode allows
testing of specific cards
without programming at
the panel level
X
X
Card reader data
integrity is validated
at test unit
X
X
Displays detailed
Wiegand data, including
hexadecimal string and
total bits received
X
Displays measured end-
of-line resistor values
(if applicable)
X
The ASSA ABLOY Wiegand Test Unit verifies your installation in
the field. The test unit checks for proper wiring, card reader data
integrity, lock functionality including lock/unlock, door position
status, and request-to-exit (REX) status.
In addition, this tool provides product demonstration abilities to
highlight the product’s features and capabilities.
Wiegand Test Unit
9) Operational Check
NOTE: Ensure LED operates as configured*:
• LED remains green when panel asserts GREEN_LED signal
*For configurations with GREEN LED override enabled (Alternate Indicator Configuration); see
Application Diagram #2 in Section 6.