Sale!

Original price was: Rp 24.500.000.Current price is: Rp 23.780.000.

Burner Sequence Controller Without Wire Harnessing & Ignition Transformer

Name: Burner Sequence Controller Without Wire Harnessing & Ignition Transformer
SKU: BSC
Price: 23780000 IDR
Availability: InStock

Minimum Order: 1 units

Lead Time: 10 weeks

Lead Time Note: 9 - 10 Weeks

Product Note:

No product notes available.

SKU: BSC Category: Data Logger Tags: burner, Controller, Ignition Transformer

Description

Burner Sequence Controller Without Wire Harnessing & Ignition Transformer serves as the central safety and control logic for the entire combustion system. Its primary role is to manage the burner’s operation in a safe, precisely timed, and sequential manner, strictly adhering to established combustion standards like EN 298, UL, and FM. This management process encompasses four core functions: Pre-purge, where the combustion chamber is cleared of any residual fuel before startup; the Ignition Sequence, which involves activating the ignition spark and opening the fuel valves within strict, safe time limits; Flame Monitoring, where the system continuously verifies the presence of a stable flame using sensors like a flame rod or UV detector; and finally, Safety Shutdown (Lockout), which immediately cuts the fuel supply and locks the system if any fault occurs, such as ignition failure or flame loss, to prevent hazardous conditions.

Features

Operational and Diagnostic Features

Sequencing Logic: The controller has a built-in, pre-defined program that dictates the precise timing and order of operations for the burner, including blower motor activation, pilot valve opening, ignition, and main fuel valve opening.
Multi-Function Display (LEDs or 7-Segment Display): This is a key feature for troubleshooting. The display provides real-time status updates on the burner’s sequence (e.g., “pre-purge,” “ignition,” “main flame on”) and displays error or fault codes to quickly identify the cause of a lockout.
Remote Reset Capability: An input terminal allows for a remote reset button to be installed in a control panel, making it convenient to reset the controller after a lockout without having to access the unit itself.
Compatibility with Multiple Flame Detectors: A well-designed controller can be used with different types of flame sensors (e.g., flame rods for ionization, UV sensors) by simply selecting the correct input or configuration.

Applications

1. Industrial Boilers and Furnaces

These are the most common applications. In large-scale industrial settings, burners are used to generate heat for steam production, drying, melting, and various other processes.

Steam Boilers: They control the firing cycle for boilers in power plants, manufacturing facilities, and district heating systems. The modular design is particularly useful here, as it allows for the controller to be easily replaced during scheduled maintenance without having to rewire a complex harness.
Industrial Furnaces: Used in applications like steel manufacturing, heat treatment, and glass production, where precise temperature control and a robust safety sequence are non-negotiable.
Ovens and Kilns: In industries like ceramics, baking, and chemical processing, these controllers manage the burners that heat kilns and ovens to precise temperatures.

Specifications

1. Electrical Specifications

Voltage and Frequency: The most fundamental specification. Common voltages are 120V AC, 230V AC, or 24V AC/DC. The frequency is typically 50/60 Hz.
Power Consumption: The amount of power the control unit itself consumes (e.g., in Watts or VA), separate from the loads it controls.
Output Ratings: The electrical capacity of the relay outputs. This is critical for ensuring the controller can safely switch the connected loads (e.g., blower motors, fuel valves, alarm relays). These are typically listed in Amperes or VA for different types of loads (pilot duty, full load, locked rotor).
Fuse Ratings: The type and rating of internal fuses designed to protect the controller from overcurrent.

Reviews

There are no reviews yet.

Only logged in customers who have purchased this product may leave a review.

Burner Sequence Controller Without Wire Harnessing & Ignition Transformer

Burner Sequence Controller Without Wire Harnessing & Ignition Transformer text you provided describes a “burner sequence controller without wire harnessing and an ignition transformer” as an all-in-one device that integrates the functions of It’s a single, compact unit that combines the “brain” (the burner sequence controller), the high-voltage spark generator (the ignition transformer), and the wiring connections into one product.

Minimum Order: 1 units

Lead Time: 10 weeks

Lead Time Note: 9 - 10 Weeks

Product Note:

No product notes available.

SKU: BSC Category: Data Logger Tags: burner, Controller, Ignition Transformer

Original price was: Rp 24.500.000.Current price is: Rp 23.780.000.

Burner Sequence Controller Without Wire Harnessing & Ignition Transformer

Description

Features

Operational and Diagnostic Features

Sequencing Logic: The controller has a built-in, pre-defined program that dictates the precise timing and order of operations for the burner, including blower motor activation, pilot valve opening, ignition, and main fuel valve opening.
Multi-Function Display (LEDs or 7-Segment Display): This is a key feature for troubleshooting. The display provides real-time status updates on the burner’s sequence (e.g., “pre-purge,” “ignition,” “main flame on”) and displays error or fault codes to quickly identify the cause of a lockout.
Remote Reset Capability: An input terminal allows for a remote reset button to be installed in a control panel, making it convenient to reset the controller after a lockout without having to access the unit itself.
Compatibility with Multiple Flame Detectors: A well-designed controller can be used with different types of flame sensors (e.g., flame rods for ionization, UV sensors) by simply selecting the correct input or configuration.

Applications

1. Industrial Boilers and Furnaces

These are the most common applications. In large-scale industrial settings, burners are used to generate heat for steam production, drying, melting, and various other processes.

Steam Boilers: They control the firing cycle for boilers in power plants, manufacturing facilities, and district heating systems. The modular design is particularly useful here, as it allows for the controller to be easily replaced during scheduled maintenance without having to rewire a complex harness.
Industrial Furnaces: Used in applications like steel manufacturing, heat treatment, and glass production, where precise temperature control and a robust safety sequence are non-negotiable.
Ovens and Kilns: In industries like ceramics, baking, and chemical processing, these controllers manage the burners that heat kilns and ovens to precise temperatures.

Specifications

1. Electrical Specifications

Voltage and Frequency: The most fundamental specification. Common voltages are 120V AC, 230V AC, or 24V AC/DC. The frequency is typically 50/60 Hz.
Power Consumption: The amount of power the control unit itself consumes (e.g., in Watts or VA), separate from the loads it controls.
Output Ratings: The electrical capacity of the relay outputs. This is critical for ensuring the controller can safely switch the connected loads (e.g., blower motors, fuel valves, alarm relays). These are typically listed in Amperes or VA for different types of loads (pilot duty, full load, locked rotor).
Fuse Ratings: The type and rating of internal fuses designed to protect the controller from overcurrent.

Reviews

There are no reviews yet.

Only logged in customers who have purchased this product may leave a review.

Burner Sequence Controller Without Wire Harnessing & Ignition Transformer

Product Note:

Description

Features

Operational and Diagnostic Features

Applications

1. Industrial Boilers and Furnaces

Specifications

1. Electrical Specifications

Reviews

Related Products

Burner Sequence Controller Without Wire Harnessing & Ignition Transformer