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A2F1CCP

CIT Relay
Part Number A2F1CCP
Manufacturer CIT Relay
Description CIT SWITCH
Published Apr 8, 2010
Detailed Description RoHS Compliant Features • Large switching capacity up to 40A • Small size and light weight • PCB pin and quick co...
Datasheet PDF File A2F1CCP PDF File

A2F1CCP
A2F1CCP

Overview
RoHS Compliant Features • Large switching capacity up to 40A • Small size and light weight • PCB pin and quick connect mounting available • Suitable for automobile and lamp accessories • QS-9000, ISO-9002 Certified Manufacturing Contact Data* A2 26.
0 x 26.
0 x 24.
5 (39.
5) mm Contact Arrangement 1A = SPST N.
O.
1B = SPST N.
C.
1C = SPDT Contact Rating NO 40A @ 14VDC, resistive 20A @ 28VDC, resistive 2A @ 48VDC, resistive NC 30A @ 14VDC, resistive 15A @ 28VDC, resistive 1A @ 48VDC, resistive Coil Data* Contact Resistance Contact Material Maximum Switching Power Maximum Switching Voltage Maximum Switching Current < 30 milliohms initial AgSnO2 630W 75VDC 40A Coil Voltage VDC Coil Resistance Ω +/- 10% Rated Max 6 7.
8 12 15.
6 24 31.
2 48 62.
4 1.
6W 22.
5 90 360 1440 General Data* 1.
9W 19 75.
8 303.
2 1212 Pick Up Voltage Release Voltage VDC (max) VDC (min) 70% of rated voltage 4.
20 8.
40 16.
80 33.
60 10% of rated voltage 6 1.
2 2.
4 4.
8 Coil Power W 1.
60 or 1.
90 Operate Time ms Release Time ms 7 5 Electrical Life @ rated load 100K cycles, average Mechanical Life 10M cycles, average Insulation Resistance 100M Ω min.
@ 500VDC initial Dielectric Strength Coil to Contact 750V rms min.
@ sea level initial Contact to Contact 500V rms min.
@ sea level initial Shock Resistance 147m/s2 for 11 ms Vibration Resistance 1.
5mm double amplitude 10~40Hz Terminal (Copper Alloy) Strength 8N (quick connect), 4N (PCB pins) Operating Temperature -40oC to +125oC Storage Temperature -40oC to +155oC Solderability 260oC for 5 s Weight 31g * Values can change due to the switching frequency, desired reliability levels, environmental conditions and in-rush load levels.
It is recommended to test actual load conditions for the application.
It is the user’s responsibility to determine the performance suitability for their specific application.
The use of any coil voltage less than the rated coil voltage may compromise the operation of the relay.
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