Safety Edge System Owner manual
3.2.9 To ensure complete seal apply more
adhesive on the Safedge Profile around
grommet/cable exit and sealing lip of the
closing cap.
3.2.10 Axial profile connector 440F-A0061S is used
for extensions and repairs (see steps 1, 2, 3,
6 and 7) for the 440F-E0110 series of profiles
only. For other types, use straight pin connectors.
3.3 CONTROL UNIT
3.3.1 TECHNICAL SPECIFICA
TION
440F-C251P Surface mount 440F-C251D DIN rail
Conformity: prEN 1760-2, EN 954-1: CATEGORY 3
Power Supply - user select: 110/230V AC (50-60Hz) and 24V AC/DC +10% -15%
System response time: 13mS
Environmental protection: IP65. Enclosure IP40 DIN0470
Terminals IP20 DIN0470
Max. Safedge profile voltage: 12V DC (open circuit).
Nominal operating voltage: 4V (run condition).
Max. output fuse: 2A quick acting 5A quick acting
Impulse withstand voltage: 2500V.
Over voltage: Category 2
Contamination level: III
Min. switched current/voltage: 10mA/10V
Power consumption: <6 VA
10
5.2 AUTOMATIC RESET MODE
1) Turn the power on
a) Run “Green” LED illuminates.
b) Safety contacts close.
c) Auxiliary contacts open.
d) Contactors energise.
2) Press the Profile
a) Run “Green” LED extinguishes.
b) Stop “Red” LED illuminates.
c) Safety contacts open.
d) Auxiliary contacts close.
e) Contactors de-energise.
3) Release the Profile
a) System has returned to step 1a.
Comparative properties
Profiles Profiles
440F-E0110N 440F-E0110S 440F-E0110R 440F-E0510S
440F-E1610N 440F-E1610S 440F-E0804S 440F-E0310S
440F-E0210S
Tensile strength (reinforced) MPa 26 20
Resilience (20°C) F G
Low temperature flexibility F G
Resistance to sunlight G G
Resistance to heat ageing G G
Resistance to oxidation F G
Resistance to ozone F G
Resistance to H
2OGG
Resistance to dilute acids F G
Resistance to concentrated acids F G
Resistance to oils & greases G P
Key:- G = Good F = Fair P = Poor
17
440F-A0061S
Terminal block tightening torque rating 7 in/lbs,
suitable for wire sizes 16AWG.
Use 16AWG minimum.
Use Copper Conductors Only.
Temperature rating of field wiring shall not be
less than ambient.