“EST. 1987”

A9TS1225 – Arc fault detection switch, Acti9 iARC, 1P+N, 25A, 10000A

SKU SCHA9TS1225 Category

Description

This Acti9 is an arc fault detection circuit breaker. It is a 1P+N circuit breaker and rated current is 25 A. It has an electrical endurance going up to 10000 cycles and mechanical endurance going up to 20000 cycles. It detects arc fault who comes from fire start and is constantly analyzing electric settings. It isolates involved circuit automatically before first flame appearance. It is particulary adapted for circuit protection where the fire start is the most important in domestic intallation (outdoors, rooms). The Ue rated operational voltage is from 230VAC to 240VAC. The Ui rated insulation voltage is 250 VAC. It has a Uimp rated impulse withstand voltage of 4 kV. The operating frequency is 50Hz. It can be mounted on DIN rail for modular installation. Its width is 4 pitches of 9mm. The product color is white (RAL9003). The dimensions are (W) 36 mm x (H) 91 mm x (D) 75 mm. The product weight is 205 g. According to IEC 60529 standard, the degree of protection is IP20. The pollution degree is 2. The operating temperature is -25u00b0C to 60u00b0C. The storage temperature is -40u00b0C to 80u00b0C. This product complies with ENIEC 62606 standard.

Additional information

Brand

Schneider Electric

Green_premium_status

TRUE

[Ue] rated operational voltage

230…240 V AC 50 Hz conforming to IEC 62606

[Uimp] rated impulse withstand voltage

4 kV conforming to IEC 62606

ambient air temperature for operation

-25-60 °C

ambient air temperature for storage

-40-80 °C

Colour
Depth

75 mm

Height
Width
[in] rated current

25 A

Connections terminals

tunnel type terminal1 cable(s) 10-10 mm² flexible

Control type

toggle

Electrical durability

10000 cycles 240 V AC 50 Hz conforming to IEC 62606

Ip degree of protection

IP20 conforming to IEC 60529

Local signalling

ON, OFF, fault trip

Mechanical durability

20000 cycles

supplier sku

A9TS1225

Downloads

Click to access SCHA9TS1225_DATASHEET.pdf

Click to access SCHA9TS1225_PEP.pdf