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3UF6Y10 Electric Strike

3UF6Y10

3UF6Y10 Series 3 Electric Strike Fire/Smoke 22-28V AC/DC 10,000N Fail-secure with monitoring

Technical Data

FunctionFail-secure with monitoring
OperationFail-secure
Resistance to forced entry10,000 N
Endurance Rating (Cycles)200,000
Operating Temperature-25ºC − +70ºC
Sound Level AC (at 50 cm)69 dBA
Sound Level DC (at 50 cm)5 dBA
Latch Spring Force17-18 N
Door Opening Direction (DIN 107)DIN R / DIN L
Vertical and Horizontal InstallationYes
Strike Fixing Distance52.5 mm
Height (Z)76.6 mm
Width (X)20.1 mm
Depth (Y)28 mm
KeeperAdjustable
Radian KeeperExternal
Keeper Movement34º
Keeper Depth6.5 mm
Keeper Adjustment3 mm
Suitable for Fire/Smoke Protection DoorsFire/Smoke 120 min

Product Certificates

Regulations(UE) 305/2011
StandardsEN 14846:2008
CPR Certificate0432-CPR-00454-04
Certification AuthorityMPA DO 22.5
Classification
3S3F0L000
EMC Directive2014/30/UE
RoHS Directive2011/65/UE
REACH Regulation1907/2006

Connection

Connection 3UF6Y10 Electric Strike

Electrical Data (at 20°C)

CoilY
Nominal Voltage22-28V AC/DC
Rated Resistance190 Ω
Duty Cycle (%ED)100%ED(22-24V DC) / <1min (>24V DC ó 22-28V AC)
Transient Voltage Suppressor (TVS)Yes
PCB Hardware VersionPCBA0000001

Consumption Tables showing relation between Tension (Vin), Consumption (A) and Preload Force (N)

Alternating Current (AC)

Vin (AC)

Initial

C0(A)1C1(A)2DIN L (N)4DIN R (N)5

Holding

C2(A)3
6
8
9
10
12
14
16
220.090.091000.09
240.10.11302000.1
280.120.121502500.12
30

Direct Current (DC)

Vin (DC)

Initial

C0(A)1C1(A)2DIN L (N)4DIN R (N)5

Holding

C2(A)3
6
8
9
10
12
14
16
220.110.1110100.11
240.120.1210200.12
280.140.1410300.14
30
1 C0: Peak current. 2 C1: Initial Consumption. 3 C2: Holding Consumption. 4,5 Preload Force in Newtons (N) DIN L, DIN R (With preload, the strike processes the opening in under 1 second).
The table shows the test values at a temperature of 20°C; any variation in this condition will affect both the power consumption and the holding force of the electric strike. Consumption deviation of ±7% due to ohmic tolerance of coil.