Specifications

20
20• VonDuprinDoorcontrolandsecurityhardware
E996LElectriedBreakaway
™
levertrim
E996LElectriedBreakaway
™
levertrim
E996L Electrified Breakaway lever trim provides remote locking and
unlocking capabilities while incorporating the patented Breakaway trim
design.
The 24VDC solenoid can be energized from a distant controller, thus
allowing access control of the opening. The control of stairwells in
high-rise buildings is a common application for this trim.
When electrically unlocked the unit operates as a normal lever trim.
When electrically locked, the lever feels locked, but when more than 35
pounds of torque pressure is applied, the Breakaway lever feature
engages.
The E996L is provided standard in a fail safe (FS) condition, but can be
field converted to a fail secure (FSE) where allowed. The trim can be
ordered with a device, added to an existing 98/99 series device
application, or a conversion kit can be added to an existing 996L
Breakaway lever trim. On new construction applications, the E996L trim
will require less door prep.
The E996L is available with a blank escutcheon (BE) function, or with
cylinder operation for night latch (NL) function.
The E996L electrified trim replaces the current “E” electric feature on
98/99 series rim devices. Consult factory forrequirements.
To order, specify:
1. Use “E” prefix, example E996L.
When ordering with device specify trim series with “E”
prefix, example 9927L-BE 3´ US26D E996.
2. Device type, R/V (rim/surface or concealed vertical rod)
or M (mortise).
3. RHR is furnished standard if not specified. Field reversible.
4. Lever style (06 lever is furnished standard).
5. Finish: US3, US4, US10, US10B, SP313, US26, US26D, SPBLK, US15
E996L Electrical wiring
§ Power input for E996L is 24VDC
§ Two wires on trim are non-polarized (18 AWG minimum)
Power Supply
PS902
Power Transfer
(EPT2 shown)
Control Switch
(normally closed)
24 VDC
output
E996L
Trim
Power Wire Runs Through
Exit Device Body
Specifications
Solenoid – continuous duty 24VDC
Solenoid draw – 0.22 amp