SIEMENS BURNER CONTROLLER LAL2.25

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SIEMENS BURNER CONTROLLER LAL2.25 Specification

Operating Voltage
220-240V AC

Thickness
85 mm approx.

Current Rating
6A

Cover Material
Thermoplastic polymer

Cooling System
Natural air cooling

Way
Single

Features
Automatic safety lockout, multi-flame detection, visual lockout indication, high temperature stability

Connectivity Type
Plug-in base connection

Rated Insulation Voltage
250 V AC

Rated Operation Voltage
220-240 V AC

Base Material
Thermoplastic polymer

Rated Current
6A

Protection Level
IP40

Components
Microprocessor-controlled circuit, flame relay, lockout relay, timer relay

Control System
Fully automatic sequence control

Protection Class
Class II

Cabinet Material
High-grade plastic

Product Type
Burner Controller

Material
High-grade flame-resistant plastic housing

Surface Finish
Matte

Standard
CE, ISO certified

Surface Color
Black

Rated Voltage
220-240V AC (50-60Hz)

Frequency (MHz)
50-60 Hz

Maximum Output Current
16A

Dimension (L*W*H)
140 x 68 x 108 mm approx.

Application
Industrial oil/gas burners, incinerators

IP Rating
Ip40

Display Type
LED status indicator

About SIEMENS BURNER CONTROLLER LAL2.25

Discover the SIEMENS BURNER CONTROLLER LAL2.25 at a special rate, offering the best price across India for suppliers and traders. Famed for its pristine design, this gorgeous controller ensures reliable performance in industrial oil/gas burners and incinerators. Highlighted by CE and ISO certification, its constructed with high-grade flame-resistant plastic, a matte black finish, and robust protection class II. Benefit from advanced multi-flame detection and automatic safety lockout, featuring a microprocessor-controlled circuit, LED indicators, and a maximum output current of 16A. Perfect for high stability and safety in demanding industrial environments.

Leading Surface & Application Versatility

The SIEMENS BURNER CONTROLLER LAL2.25 boasts a pristine matte black surface, designed for seamless integration on industrial equipment. It excels in controlling oil/gas burners and incinerators due to its advanced flame sensing and automatic sequence control. Used for precise burner operation and monitoring, its high-grade materials guarantee consistent performance, making it the preferred choice for industrial applications seeking safety and efficiency across diverse environments.

Convenient Payment & Shipping Offers

Enjoy competitive quotations with flexible payment terms for the SIEMENS BURNER CONTROLLER LAL2.25. Goods are shipped securely from reputed FOB ports in India after thorough quality checks. Packaging details are meticulously crafted to ensure each controller arrives undamaged. Benefit from a streamlined offer process from inquiry to delivery, ensuring reliable purchase and prompt receipt, meeting the demands of industrial buyers and traders seeking hassle-free transaction experiences.

FAQs of SIEMENS BURNER CONTROLLER LAL2.25:

Q: How does the SIEMENS BURNER CONTROLLER LAL2.25 enhance burner safety?

A: The controller utilizes automatic safety lockout and multi-flame detection, ensuring swift response to unsafe flame conditions. Visual lockout indication further boosts operational safety for industrial burners.

Q: What application areas is the SIEMENS LAL2.25 suitable for?

A: It is designed for use in industrial oil and gas burners, as well as incinerators, making it ideal for factories and plants requiring reliable combustion control.

Q: Where can the SIEMENS BURNER CONTROLLER LAL2.25 be mounted?

A: Mounting is via base installation, compatible with various burner types, ensuring robust positioning in industrial environments.

Q: What is the process for obtaining a quotation and shipping the controller in India?

A: Customers can request a quotation from suppliers or traders, with shipments dispatched from designated FOB ports in India, ensuring fast and secure delivery.

Q: How does the manual and automatic reset function benefit burner operations?

A: This dual reset functionality allows for quick recovery during system interruptions, reducing downtime and maintaining operational safety and efficiency.

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