SIEMENS CONTROL BLOCK

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SIEMENS CONTROL BLOCK Specification

Mounting Type
Panel Mount

Frequency
50/60 Hz

Installation Type
Panel Mount

Output
NO/NC Contacts or Relay Output

Features
Durable construction, high electrical life, quick installation

Pole Type
Single / Double Pole

Usage & Applications
Control circuits, automation panels, industrial machinery

Switch Type
Push Button / Contact Block

Connectivity Type
Screw Terminals

IP Rating
IP20

Display
No Display

Current
6A

Protection Level
IP20 (standard), higher on request

Phase
Single / Three Phase (application dependent)

Product Type
Control Block

Operating Temperature
-25C to +70C

Working Temperature
-25C to +70C

Input
24V / 110V / 230V AC/DC

Diameter
Standard Panel Size (varies by model)

Application
Industrial Automation, Motor Control, Machine Control

Supply Voltage
24V, 110V, or 230V AC/DC

Accuracy
High switching accuracy (manufacturer standard)

Dimension (L*W*H)
52 x 62 x 30 mm (Typical)

Weight
Approx. 110 g

About SIEMENS CONTROL BLOCK

Jump on the opportunity to experience the extraordinary performance of the SIEMENS CONTROL BLOCK. This masterpiece of engineering offers excellent durability, supreme versatility, and superior standards compliance (IEC 60947-5-1). Take advantage of its special construction with high-grade thermoplastic/polycarbonate housing in black/grey, multiple button colors, and exceptional mechanical life of over 1,000,000 operations. Designed for demanding environments, it supports single or three-phase applications and high accuracy switching, ensuring reliable control in automation and motor systems. Superior vibration and shock resistance guarantee extraordinary reliability. Quick installation is assured with screw terminals and panel mount design. Make this control block your choice for industrial excellence.

Versatile Applications & Robust Features

The Siemens Control Block shines in industrial automation, machine control, and motor management. Take advantage of its specialized construction for plant applications, general usage in control circuits, and integration into automation panels. Its high switching accuracy, durable housing, and multiple button options make it a flexible solution for various industries, promising dependable operation in every setting.

Main Export Markets & Logistic Strength

SIEMENS CONTROL BLOCKS are delivered worldwide, meeting the demands of international and domestic markets alike. Arrival in key regions is supported by efficient supply chains with flexible payment terms and robust supply ability. Whether for a local project or large-scale export, customers benefit from timely delivery and professional trading support, securing reliable access across markets.

FAQs of SIEMENS CONTROL BLOCK:

Q: How is the SIEMENS CONTROL BLOCK installed in an industrial panel?

A: Installation is straightforward via panel mount design and screw terminals, ensuring quick and secure setup for control circuits and automation panels.

Q: What are the main benefits of using this control block in manufacturing plants?

A: It provides high mechanical and electrical life, accurate switching, robust vibration and shock resistance, making it suitable for demanding operations and increasing system reliability.

Q: When should auxiliary contacts be requested for this control block?

A: Auxiliary contacts are available upon request and should be ordered when additional control or signaling functions are needed for specialized automation processes.

Q: Where can the SIEMENS CONTROL BLOCK be applied?

A: It is ideal for control circuits, industrial machinery, automation panels, and motor control, serving both general and specific industrial needs.

Q: What features ensure excellent operating performance in harsh environments?

A: Its high-grade thermoplastic/polycarbonate housing, IP20 protection (higher on request), and compliance with IEC standards for temperature, vibration, and shock guarantee reliable performance in tough conditions.

Q: How does the products switching accuracy benefit automation systems?

A: High switching accuracy ensures precise control operations in automation, reducing errors, improving efficiency, and maintaining consistent output quality.

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