SIEMENS (VL 160X) 160 AMP MCCB

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MOQ : 100 Pieces

SIEMENS (VL 160X) 160 AMP MCCB Specification

Mechanical Life
Up to 20,000 operations

Phase
Three Phase

Breaking Capacity
36 kA at 415V AC

Rated Short Circuit Making Current
72 kA

Rated Short Circuit Breaking Current
36 kA

Product Type
Moulded Case Circuit Breaker (MCCB)

Installation Options
Panel Mount

Function
Overload and Short Circuit Protection

Poles Number
3 Pole

Rated Voltage
415V AC

Rated Current
160 Amp

Rated Frequency
50/60 Hz

Curves
C, D (Standard, High Magnetic)

Temperature Protection
Yes (Thermal-magnetic release)

Weight
Approx. 2.6 kg

Color
Black / Grey

Terminal Type
Box Terminals

Auxiliary Contact Provision
Available (Optional)

Trip Unit
Thermal-Magnetic Fixed

Utilization Category
AC-23A

Mounting Orientation
Any

Degree of Protection
IP20

Ambient Temperature Range
-25C to +70C

Conformity Standards
IEC 60947-2

SIEMENS (VL 160X) 160 AMP MCCB Trade Information

Minimum Order Quantity
100 Pieces

Supply Ability
100 Pieces Per Day

Delivery Time
2 Days

Sample Available
Yes

Main Domestic Market
All India

About SIEMENS (VL 160X) 160 AMP MCCB

MCCB stands forMolded Case Circuit Breaker. It is another type of electrical protection device which is used when load current exceeds the limit of a miniature circuit breaker. The MCCB provides protection against overload, short circuit faults and is also used for switching the circuits.

Superior Protection Mechanism

Equipped with overload and short circuit protection, the VL 160X MCCB safeguards electrical installations against potentially damaging current surges. Its thermal-magnetic fixed trip unit ensures reliable and quick response to both moderate and severe faults, minimizing downtime and equipment damage in industrial and commercial settings.

Flexible Installation and Usage

Designed for ease of use, the MCCB supports installation on panels and can be mounted in any orientation. The box terminal design streamlines wiring, while optional auxiliary contact provision enhances system monitoring. With an ambient temperature range of -25C to +70C, it adapts to diverse operational environments.

Durability and Performance

Built for endurance, the VL 160X features a mechanical life of up to 20,000 operations. Its IP20 degree of protection safeguards internal components, and a high breaking capacity of 36 kA at 415V AC ensures reliable operation amid high fault conditions. The MCCBs performance curve options, C and D, accommodate both standard and high-magnetic requirements.

FAQs of SIEMENS (VL 160X) 160 AMP MCCB:

Q: How does the SIEMENS VL 160X MCCB protect electrical circuits?

A: The VL 160X MCCB provides overload and short-circuit protection using a thermal-magnetic fixed trip unit. It detects excessive current or faults and isolates the affected circuit quickly, minimizing risks of equipment damage and fire.

Q: What are the installation options available for the VL 160X MCCB?

A: This MCCB supports panel mounting and can be installed in any orientation. The box terminals facilitate straightforward wiring, making it suitable for a wide range of distribution panels and control boards.

Q: When is it beneficial to use the auxiliary contact provision in this MCCB?

A: Auxiliary contacts are beneficial when remote monitoring or control of the MCCB status is required. They allow integration with automation systems, indicating breaker position or signaling trips to supervisory equipment.

Q: Where can the VL 160X MCCB be effectively utilized?

A: It is ideal for industrial, commercial, and utility installations requiring reliable protection for three-phase systems at 415V AC, particularly where high fault levels and robust operational demands exist.

Q: What are the advantages of the thermal-magnetic trip unit in the VL 160X MCCB?

A: The thermal-magnetic trip unit provides precise automatic protection against excessive current due to both overloads and short-circuit conditions, enhancing system safety and reliability.

Q: How do the different curve options (C and D) benefit specific applications?

A: Curve C suits standard load conditions, while curve D is designed for high magnetic applications, such as protection of circuits with large induction motors, delivering optimal fault response for diverse requirements.