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interface plug-in relay - Harmony RSB - 2 C/O - 24 V DC - 8 A - with socket

Mfr. Part No.:

RSB2A080BDS

APT Stock No.:

SE-RSB2A080BDS

Brand:

Schneider Electric

Back Order

Subtotal (1 unit)**

GHS 117.04

(Exc. VAT)

GHS 142.67

(Inc. VAT)

Available For Order

* Delivery dates may change based on your quantity and address.

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Description

This Harmony RSB interfacing plug-in relay has a control coil voltage of 24V DC and has 2 changeover contacts double pole double throw with a rating of 8A. It helps to reduce the size of enclosures and increases machine reliability, you can mount nearly everywhere. Plug in type allows easy installation and maintenance. The product is IP40 and has a transparent cover allowing operator to visually inspect the status of contacts.

Specifications

Main
Range of product
Harmony Electromechanical Relays
Series name
Interface relay
Product or component type
Plug-in relay
Device short name
RSB
Contacts type and composition
2 C/O
Contact operation
Standard
[Uc] control circuit voltage
24 V DC
Status LED
Without
Control type
Without push-button
[Ithe] conventional enclosed thermal current
8 A at -40…40 °C
Complementary
Average resistance
1440 Ohm network: DC at 20 °C +/- 10 %
[Ue] rated operational voltage
19.2...26.4 V DC
[Uimp] rated impulse withstand voltage
3.6 kV conforming to IEC 61000-4-5
[Ie] rated operational current
4 A (AC-1/DC-1) NC conforming to IEC
8 A (AC-1/DC-1) NO conforming to IEC
[Ui] rated insulation voltage
400 V conforming to EN/IEC 60947
Maximum switching voltage
300 V DC
400 V AC

Dimensions Drawings

Dimensions
Relay Complete with Socket


(1) Relays

(2) Socket


Connections and Schema

Wiring Diagram


NOTE: For DC input, A1 have to be +, otherwise it would short circuit from protection module


Performance Curves

Electrical Durability of Contacts

Durability (inductive load) = durability (resistive load) x reduction coefficient.

Resistive AC load


X Switching capacity (kVA)

Y Durability (Number of operating cycles)

Reduction coefficient for inductive AC load (depending on power factor cos ϕ)


Y Reduction coefficient (A)

Maximum switching capacity on resistive DC load


X Voltage DC

Y Current DC

Note : These are typical curves, actual durability depends on load, environment, duty cycle, etc.


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