Data Sheet

III-2018, www.findernet.com
6
A
55 SERIES
General purpose relays 7 to 10A
55
SERIES
Technical data
Insulation according to EN61810-1 2 pole - 3 pole 4 pole
Nominal voltage of supply system VAC 230/400 230
Rated insulation voltage VAC 400 250
Pollution degree 2 2
Insulation between coil and contact set
Type of Insulation Basic Basic
Overvoltage category III III
Rated impulse voltage kV (1.2/50μs) 4 4
Dielectric strength VAC 2000 2000
Insulation between adjacent contacts
Type of insulation Basic Basic
Overvoltage category III II
Rated impulse voltage kV (1.2/50μs) 4 2.5
Dielectric strength VAC 2000 2000
Insulation between open contacts
Type of disconnection Micro-disconnection Micro-disconnection
Dielectric strength VAC/kV (1.2/50μs) 1000/1.5 1000/1.5
Conducted disturbance immunity
Burst (5…50)ns, 5kHz, on A1 - A2 according to EN61000-4-4 level 4 (4kV)
Surge (1.2/50μs) on A1 - A2 (differential mode) according to EN61000-4-5 level 4 (4kV)
Other data
Bounce time: NO/NC ms 1/3
Vibration resistance (5…55)Hz: NO/NC g 15/15
Shock resistance g 16
Power lost to the environment without contact current W 1
with rated current W 3 (2 pole) 4 (3 pole) 3 (4 pole)
Recommended distance between relays mounted on PCB mm ≥5
Contact specification
F 55 - Electrical life (AC) v contact current
2 and 3 pole relays
F 55 - Electrical life (AC) v contact current
4 pole relays
Cycles
Resistive load - cosφ = 1
Inductive load - cosφ = 0.4
Cycles
Resistive load - cosφ = 1
Inductive load - cosφ = 0.4
H 55 - Maximum DC1 breaking capacity
2 & 3 pole current limit
4 pole current limit
contacts in series
DC breaking current (A)
DC voltage (V)
• When switching a resistive load (DC1) having voltage and current
values under the curve, an electrical life of ≥100·10
3
can be expected.
• In the case of DC13 loads, the connection of a diode in parallel with the
load will permit a similar electrical life as for a DC1 load.
Note: the release time of the load will be increased.