Schneider Electric TeSys TeSys Miniature Circuit Breaker, 3-Pole, 7 A, 690 V ac AC, 8 kA Breaking Capacity

Subtotal (1 unit)*

MYR2,873.40

Add to Basket
Select or type quantity
Temporarily out of stock
  • Shipping from 13 April 2026
Need more? Click ‘Check delivery dates’ to find extra stock and lead times.
Units
Per Unit
1 +MYR2,873.40

*price indicative

MY - SEBundle - PDP
RS Stock No.:
175-1429
Mfr. Part No.:
GV4L07N6
Manufacturer:
Schneider Electric
Find similar products by selecting one or more attributes.
Select all

Brand

Schneider Electric

Number of Poles

3

Product Type

Miniature Circuit Breaker

Current Rating

7 A

Rated AC Voltage

690 V ac

Breaking Capacity

8kA

Mount Type

DIN Rail

Range

TeSys

Series

TeSys

Terminal Type

Screw

IP Rating

IP40

Standards/Approvals

EN IEC 60947-2, CCC, EAC, EN IEC 60947-4-1, RoHS

Width

155 mm

Height

165mm

Depth

155mm

Tripping Mechanism

Magnetic

Reset Actuator Type

Handle

COO (Country of Origin):
PL

Schneider Electric MCB, DIN Rail Mounting, Screw Terminals - TeSys Series - GV4L07N6


Give your industrial machinery a break from excess current with this MCB from Schneider Electric. It prevents equipment damage by cutting power during overload or short-circuit conditions. With a hefty 690V AC current rating and up to 100kA breaking capacity, this sturdy device packs a punch when it comes to protecting your electronic components. Thanks to its 3P configuration, it works with 3-phase motors, so it's a practical choice for heavy-duty applications.

• Tool-free DIN-rail mounting method for quick and hassle-free installation

• Comfortable rotary handle means it's easy to reset after a trip

• Electrical durability of 40,000 cycles so you can be sure of a long service life

• Screw terminal contacts provide straightforward, electrically secure connections

Applications


• HVAC equipment

• Railway industry

How does an MCB work?


An MCB is an automatic switch designed to open an electrical circuit in the event of a short circuit or overload. When the supply current rises above safe limits, a bimetallic strip inside the device heats up, bends and trips the circuit breaker. Since higher spikes cause the strip to heat up more quickly, the MCB activates more quickly in response to large power surges.

Related links