SCHNEIDER A9R61240

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SCHNEIDER A9R61240

SCHNEIDER A9R61240

This Acti9 iID is a modular and reliable residual current circuit breaker (RCCB). It is a 2P circuit breaker with 40A In rated current, a sensitivity of 30mA with a A-SI type protection class. This product protects against electrical shock by direct or indirect contact and fire hazards. It performs the function of disconnection of electrical circuits in case of earth fault. Its unique Visitrip indicator reduces intervention time by showing the faulty device with a mechanical indicator on front face. This product also has a VisiSafe window with a green strip on the toggle indicating full opening of the poles allowing downstream maintenance

This product is compliant with EN/IEC 61008-1 standard. The (Im/IΔm) rated breaking and making short circuit capacity is 1500A. The (Inc/IΔc) conditional rated short circuit current is 10kA. The mechanical endurance is going up to 20000 cycles and electrical endurance going up to 15000 cycles. The Ue operational voltage is 220VAC to 240VAC. The Ui rated insulation voltage is 500VAC.

The Uimp rated impulse withstand voltage is 6kV. The frequency is 50Hz or 60Hz. It is DIN rail mountable. The width in 9mm pitches is 4. The product colour is white (RAL9003). The dimensions are (W) 36mm x (H) 91mm x (D) 73.5mm. The weight is 0.21kg. It has an IP20 degree of protection (as per IEC/EN 60529 standard) and becomes IP40 once in modular enclosure. The operating temperature is from -25°C to 60°C. The storage temperature is from -40°C to 85°C.


SPECIFICATIONS
Range Acti9
Product name Acti9 iID
Product or component type Residual current circuit breaker (RCCB)
Device short name IID
Poles description 2P
Neutral position Left
[In] rated current 40 A
Network type AC
Earth-leakage sensitivity 30 mA
Earth-leakage protection time delay Instantaneous
Earth-leakage protection class Type A-SI (Super Immunised)
Device location in system Outgoer
Network frequency 50/60 Hz
[Ue] rated operational voltage 220…240 V AC 50/60 Hz
Residual current tripping technology Voltage independent

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