Carling Technologies 5A 1 Pole Thermal Magnetic Circuit Breaker, 150 V dc, 240 V ac C
- RS Stock No. 881-0808
- Mfr. Part No. CA1-B0-24-450-121-KG
- Manufacturer Carling Technologies
Carling Technologies C-Series Circuit Breakers
Carling Technologies C-Series hydraulic/magnetic circuit breakers are ideal for applications that require higher amperage and voltage handling capability in a compact package. They are available in 1-6 poles, 0.02-100 amps, up to 480 V ac or 150 V dc, with choice of time delays, terminal options, actuator styles and colours.
The C-Series employs a unique arc chute design which allows for higher interrupting capacities of up to 10,000 amps. A thermoset glass filled polyester half shell construction provides for increased mechanical and electrical strength. The wiping contacts, mechanical linkage with two step actuation, and clean contacts provide high, positive contact pressure and longer contact life.
Stud or screw terminals
Visual indication of electrical overload with or without alarm feature
Exclusive Rockerguard and Push-To-Reset bezel help prevent inadvertent actuation
Hydraulic/Magnetic Circuit Breaker
| Attribute | Value |
|---|---|
| Current Rating | 5A |
| Number of Poles | 1 |
| Series | C |
| Mounting Style | Panel Mount |
| Application | General Purpose |
| Mounting Hole Width | 52.4mm |
| Breaking Capacity at Maximum Voltage Rating | 5000 A @ 125/250 V dc, 10000 A @ 277 V ac |
| Overall Length | 19.2mm |
| Break Time | Medium |
| Terminal Contact Type | Stud |
| Tripping Mechanism | Hydraulic-Magnetic |
| Mounting Hole Size | 19.3 x 52.37mm |
| Overall Depth | 64.5mm |
| Mounting Hole Length | 19.3mm |
| Overall Dimensions | 19.18 x 63.5 x 64.53mm |
| Reset Actuator Type | Handle |
| Circuit Breaker Type | MCCB |
| Rated DC Voltage | 150V |
| Rated AC Voltage | 240V |
| Special Features | The UL489 C-Series Employs A Unique Arc Chute Design Which Allows For Higher Interrupting Capacities Of Up to 10,000 Amps. New Thermoset Glass Filled Polyester Half Shell Construction Provides For Increased Mechanical and Electrical Strength |
