
- Stock: In Stock
- Model: RDDLZ-MCB-1P16
- Weight: 1.00
- SKU: RDDLZ-MCB-1P16
Available Options
Single pole 16 amp miniature circuit breaker with low current is used in residential, commercial, and industrial applications. This mini MCB has a 6KA rated short-circuit breaking capacity and can prevent potential hazards like fire or equipment damage.
Single Pole MCB Breaker Information
- Rated Current: 16 amp
- Rated Voltage: 230/400V AC, 50Hz
- Number of poles: 1 pole
- 6 kA rated short-circuit breaking capacity
- Compliant with IEC standard
- C curve trip characteristic
- With overload protection and short circuit protection function
Technical Data
Model | RDDLZ-NB8-631PC16 | |
Rated Current | 16A | |
Rated Voltage | 230/400V | |
Frequency | 50Hz | |
Number of Poles | 1P | |
Mechanical Life | 20000 Times | |
Electrical Life | 10000 Times | |
Rated Short-Circuit Breaking Capacity | 6000A | |
Operating Short-Circuit Breaking Capacity | 6000A | |
Rated Impulse Withstand Voltage (1.2/50) | 6kV | |
Dielectric Test Voltage | 2000V (50Hz, 1 min) | |
Heat & Humidity Resistance | 28 Cycles | |
Vibration Resistance | No Obvious Vibration and Impact | |
Terminal Block | Terminal Block Type | Pillar Terminal Block |
Min. Terminal Size Acceptability | 1mm2 | |
Max. Terminal Size Acceptability | 25mm2 | |
Standard Connection Torque | 2 N.m | |
Max. Tolerable Torque | 2.5 N.m | |
Wire Insertion Depth | 13mm | |
Reference Temperature | 30℃ | |
Operating Temperature | -35℃~+70℃ | |
Storage Temperature | 35℃~+85℃ | |
Applicable Altitude | 2000m | |
Tripping Mode | Thermal Magnetic Trip | |
Electromagnetic Tripping Type | Type C (5In-10In) | |
Shell Flame Retardant Grade | V0 | |
Wire Entry Method | Both Upper and Lower | |
Installation Method | TH35-7.5 Standard Rail | |
Protection Level | Direct Installation | IP20B |
Installed in the Distribution Box | IP40B |
Single Pole MCB Breaker Dimension (Unit: mm)
Details
Tips: What is a circuit breaker
A circuit breaker is a switching device that protects an electrical circuit from damage caused by overcurrent, typically resulting from an overload or short circuit. The circuit breaker can be used for distributing electric energy, starting asynchronous motors infrequently, and protecting power circuits and motors. They can automatically cut off the circuit where major failures occur such as overload, short circuit under-voltage, etc, which is equivalent to the combination of fuse switch and overheat relay. According to the range of applications, they are divided into high-voltage and low-voltage circuit breakers, and high-voltage ones above 3kV are known as high-voltage electrical apparatus.