CHINT DZ267LE-32 1P+N RCBO 32A 30mA

DZ267LE-32 1P+N C32 30mA Differential Circuit Breakers — Enhanced Electrical Safety and Overload Protection

DZ267LE-32 1P+N C32 30mA differential circuit breakers combine the functions of a residual current device (RCD) and a miniature circuit breaker (MCB) in a single unit. Offering protection ranging from 10 to 32 Amps with a 30mA trip current, these devices safeguard individuals from electric shock due to leakage currents and protect wiring against overloads. Essential for both residential and commercial applications, they provide a comprehensive safety solution.

Technical Specifications:

• Type: 1P+N Differential Circuit Breaker (RCD/MCB Combination)

• Standard: IEC/EN 61009-2+A1:2012 (likely, confirm with manufacturer)

• Base Material: Flame-retardant Polyamide (Nylon 66) housing with internal metallic components.

• Application: Indoor use, suitable for residential, commercial, and light industrial environments.

• Consumption: Not applicable – this is an electrical protection device, not a consumable material.

• Drying Time: Not applicable – this is an electrical protection device, not a material requiring drying.

• Durability: Mechanical life of 20,000 cycles; Electrical life of 6,000 cycles; Resistant to humidity and vibration.

• Packaging: Individually boxed, with quantity-based packaging options available (e.g., 10 units per carton).

Advantages:

• Dual protection: Combines RCD and MCB functionality in one device.

• Enhanced safety: Protects against electric shock from leakage currents.

• Overload protection: Prevents damage to wiring from excessive current.

• Compact design: Saves space in distribution boards.

• Easy installation: Standard DIN rail mounting.

• Reliable performance: Ensures consistent and dependable protection.

Applications:

• Residential distribution boards for circuit protection.

• Commercial buildings to safeguard occupants and equipment.

• Bathroom and kitchen circuits where water contact is likely.

• Outdoor circuits with potential ground fault risks.