SIEMENS INOM MODULE S25160-B1-A7-10.J

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SIEMENS INOM MODULE S25160-B1-A7-10.J Specification

Components
Terminal blocks, mounting accessories

Rated Current
160A

Protection Level
IP20

Rated Insulation Voltage
1000V

Features
Easy mounting, finger-safe terminals, compact size

Way
1 Way

Protection Class
Class II

Connectivity Type
Screw terminal

Operating Voltage
690V AC

Base Material
FR Polycarbonate

Current Rating
160A

Panel Type
Modular distribution board

Cover Material
Impact resistant polycarbonate

Thickness
55 mm

Cooling System
Natural air convection

Cabinet Material
Self-extinguishing plastic

Control System
Manual

Rated Operation Voltage
690V AC

Product Type
INOM Terminal Module

Material
High-grade industrial plastic (self-extinguishing, V0 class)

Surface Finish
Matte textured

Standard
IEC/EN 60947-7-1

Surface Color
Grey

Rated Voltage
690V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
160A

Dimension (L*W*H)
160 mm x 110 mm x 55 mm

Application
Power distribution, industrial control panels

IP Rating
IP20

About SIEMENS INOM MODULE S25160-B1-A7-10.J

Order the heroic SIEMENS INOM MODULE S25160-B1-A7-10.J and take advantage of its astonishing performance for industrial power distribution solutions. Famed for its reliability, this new module boasts a robust terminal type (screw clamp), seamless DIN rail mounting, and advanced interlock system. Engineered using high-grade, self-extinguishing V0-class plastic with a matte textured grey finish, this compact powerhouse supports up to 160A at 690V AC. Its finger-safe terminals and easy mounting make it the perfect choice for modular distribution boards and control panels.

Material Excellence and Special Features for Industrial Use

The SIEMENS INOM MODULE S25160-B1-A7-10.J is manufactured from high-grade, self-extinguishing polycarbonate (V0 class) ensuring superior fire safety. Its special features include compact dimensions, natural air convection cooling, and impact-resistant cover. Equipped with finger-safe terminals and integrated interlock system, it offers secure and easy mounting. This module is perfectly suitable for power distribution and industrial control panels in demanding environments.

Export Markets, Swift Delivery, and Sample Availability

SIEMENS INOM MODULE S25160-B1-A7-10.J is extensively exported to renowned markets across Europe, Asia, and the Middle East. With streamlined logistics, orders are dispatched within 710 business days from confirmation, ensuring reliable delivery schedules. Samples are available upon request, subject to service charge and shipping fees. Professional handling guarantees the products safe transit and prompt reception at your location.

FAQs of SIEMENS INOM MODULE S25160-B1-A7-10.J:

Q: How does the SIEMENS INOM MODULE S25160-B1-A7-10.J ensure user safety during operation?

A: The module features finger-safe terminals, impact-resistant cover material, and integrated interlock system, reducing the risk of accidental contact with live parts and improving overall safety during handling and installation.

Q: What is the maximum current rating and voltage supported by this module?

A: SIEMENS INOM MODULE S25160-B1-A7-10.J supports a maximum output current of 160A and is designed for rated operation voltage up to 690V AC, making it suitable for robust industrial applications.

Q: When can I expect delivery of my order after purchase?

A: Upon order confirmation, products are typically dispatched within 710 business days, ensuring prompt delivery to most export markets, depending on geographic location and shipping method.

Q: Where can this module be installed for best usage?

A: This module is ideally installed in modular distribution boards and industrial control panels, benefiting environments requiring reliable, high-capacity power distribution with stringent safety standards.

Q: What material advantages does the module offer compared to standard solutions?

A: Constructed from self-extinguishing, V0-class polycarbonate, the module provides exceptional flame resistance, impact protection, and long-term durability, distinguishing it from traditional power distribution components.

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