Four pole telecom / signal relay, polarity selectable, 4 pole changeover / 4 Form C / 4PDT
This relay module is fitted with polarised signal relays, the polarity selector switch enables easy integration into any relay circuit that previously used the original obsolete non-polarised relays.
The C-NF4EB relay module is manufactured by Cephos Electronic Circuits Ltd. in the UK – a relay module to replace two classic telecomms. small signal relays that have not been manufactured for several years and are now obsolete and very difficult to source.
These obsolete four pole relays are the Panasonic NF4EB , the Omron LZN4 and the Zettler AZ7- 4C
The C-NF4EB relay module is a drop-in replacement for both of these relay types.
The Cephos C-NF4EB – 5V, 12V and 24V coil voltage versions are normally ex-stock and available for immediate shipping, other coil voltages are manufactured to order on a short lead time ( subject to component availability)
Max. Sw. Power: 60W / 62.5VA
Max. Sw. Voltage: 220Vdc / 250Vac
Max. Sw. Current: 2A
Contacts: Pd/Ru + Au covered
Low Coil Power: 5V/12V: 280mW, 24V/48V: 400mW
Pick-up voltage Vdc(max): 3.75
Drop-out voltage Vdc(min): 0.5
Coil resistance (ohms): 89 x (1 +/- 10%)
Nominal power (mW approx): 280
Maximum operating voltage Vmax: 12.1
Pick-up voltage Vdc(max): 9.0
Drop-out voltage Vdc(min): 1.2
Coil resistance (ohms): 515 x (1 +/- 10%)
Nominal power (mW approx): 280
Maximum operating voltage Vmax: 28.9
Pick-up voltage Vdc(max): 18.0
Drop-out voltage Vdc(min): 2.4
Coil resistance (ohms): 1440 x (1 +/- 10%)
Nominal power (mW approx): 400
Maximum operating voltage Vmax: 48.5
Pick-up voltage Vdc(max): 36.0
Drop-out voltage Vdc(min): 4.8
Coil resistance (ohms): 2880 x (1 +/- 10%)
Nominal power (mW approx): 400
Maximum operating voltage Vmax: 97
Cephos Electronic Circuits Ltd.
4 Rollo Road
Hextable
Swanley
Kent
BR8 7RD
© All rights reserved Cephos Electronic Circuits Ltd. 2021
By continuing to use the site, you agree to the use of cookies. more information
The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.