High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces

Product Details
Customization: Available
Certification: CE ISO90001
Color: Blue
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  • High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
  • High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
  • High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
  • High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
  • High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
  • High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
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  • Overview
  • Product Description
  • Certifications
  • After Sales Service
  • Company Profile
  • FAQ
Overview

Basic Info.

Model NO.
3296
Type
Blue
Function
Automatic Control
Transport Package
Paper Box
Specification
13cm*16cm*8cm
Trademark
FUANSHI
Origin
China
HS Code
85049090

Packaging & Delivery

Package Size
13.00cm * 16.00cm * 8.00cm
Package Gross Weight
0.200kg

Product Description

Product Description
Discover the cutting-edge capabilities of our integrated trigger plate, expertly designed for three-phase AC voltage and power regulation, though not suitable for rectification. With its phase shifting voltage regulation, it gracefully accommodates a variety of load types, while the zero-crossing power regulation is crafted specifically for constant resistance loads.
The phase-shifted voltage regulation type masterfully adjusts output voltage by altering the conduction angle size. This innovative method ensures a continuous, stable output, free from voltage spikes, while adeptly limiting instantaneous current. It is a versatile choice for transformers, inductive coils, and variable resistance loads. However, users should note that this method can introduce harmonic pollution to the power grid.
Transition to the zero adjustment type for optimal cycle modification.
The zero-crossing adjustment type initiates at the sine wave's zero point, utilizing a complete sine wave as its operating unit. By modulating the on-off period of the sine wave, it precisely adjusts output power. This approach ensures evenly distributed on-sine waves, resulting in only minor fluctuations on voltmeter and ammeter readings. Ideal for constant resistance loads, this method prevents current concentration issues and maintains a high power factor without polluting the power grid. However, its inability to limit instantaneous current makes it unsuitable for inductive and variable resistance loads.
2. Trigger Plate Configuration: Tailor your settings for optimal performance.
P1 Potentiometer: The Essential Pre-Amplifier Potentiometer.
Our P1 potentiometer is a meticulously calibrated preamplifier potentiometer, designed to seamlessly convert 4-20mADC to 0-5VDC. Factory-set for your convenience, no further adjustments are necessary.
P2 Potentiometer: Your Overcurrent Alarm Guardian.
The P2 potentiometer acts as the overcurrent alarm sentinel. With a precise factory setting, an alarm triggers when CT voltage surpasses 4.4VDC. Typically, no additional adjustment is needed unless special circumstances arise.

Certifications
Certifications: ISO 9001, CE, CB, TUV - A Testament to Our Quality and Safety Standards.
Situated in the vibrant city of Cangzhou, China, we pride ourselves on being a direct manufacturer. Our competitive pricing, coupled with unparalleled service, is backed by a dedicated and professional team skilled in development, marketing, and production.
After Sales Service
Warranty Assurance: Enjoy an 18-month warranty and rest assured with our rigorous 100% product inspection prior to factory dispatch.
P3 Potentiometer: The Current Limiting Maestro.
Configured as a current limiting potentiometer, the P3 model automatically scales down output voltage if CT voltage exceeds 4VDC. Users have the flexibility to adjust settings based on specific field requirements, ensuring tailored performance.
 
P4 Potentiometer: Phase Determination Precision.
The P4 potentiometer is meticulously calibrated to determine the phase. Factory adjusted for accuracy, it is crucial to maintain this setting to avoid false triggers.

P5 Potentiometer: Precision Amplification for Optimal Performance.
Designed as an amplification potentiometer, the P5 model expertly converts an AC 0-100mA current signal into a DC 0-4V voltage, representing the CT voltage. The factory setting aligns 100mA with 4V, yet adjustments can be made on-site if necessary.
Tailor the Load Current: Choose Your Transformer CT Voltage Wisely.
1. Engage with a 100A transformer for a 100A/100mA setup yielding 4VDC.
2. Opt for a 150A transformer, achieving 200A/100mA with a 3VDC output.
In the first scenario, there is no need to set the P5 potentiometer. However, in the second scenario, the P5 potentiometer must be adjusted because at 150A, the signal from the current transformer is only 75mA. After amplification, the CT voltage is only 3VDV, which means the trigger board cannot effectively protect the system. In this case, the P5 potentiometer should be reset so that when the current signal is 75A, the CT voltage is 4VDC. The CT voltage can be measured on the trigger board using a multimeter; refer to the specific position marked in the figure below to locate it on the trigger board
Company Profile
High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
FAQ
High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces
High-Performance Trigger Board Electronic Component with Solid State Relay for Annealing Furnaces

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