Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control

Product Details
Customization: Available
Certification: CE ISO90001
Color: Blue
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  • Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
  • Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
  • Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
  • Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
  • Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
  • Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
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  • Overview
  • Product Description
  • Certifications
  • After Sales Service
  • Company Profile
  • FAQ
Overview

Basic Info.

Model NO.
ACR12
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
Imagine a trigger plate that is a marvel of engineering, seamlessly integrated to masterfully control three-phase AC voltage regulation and power modulation. While not designed for rectification, it shines in phase-shifting voltage control, accommodating various loads with grace. The ingenious zero-crossing power regulation makes it perfect for constant resistance loads, delivering unmatched precision and operational efficiency.
The phase-shifted voltage regulation type embodies sophistication, artfully adjusting output voltage through precise conduction angle modifications. This continuous triggering methodology ensures a stable, smooth output devoid of voltage spikes, and adeptly restricts instantaneous current. Its adaptability for diverse load types is impressive, commonly found in transformers, inductive coils, and variable resistance loads. However, users should note it may introduce harmonic pollution into the power grid.
For superior performance, embrace the zero-crossing adjustment type, the pinnacle of efficiency.
The zero-crossing adjustment type is a seamless operator, engaging precisely at the sine wave's zero crossing. Each full sine wave cycle becomes a modulated unit, allowing for refined output power adjustments and ensuring a uniform distribution of on-sine waves. This results in the smoothest voltmeter and ammeter readings imaginable. When multiple regulators are deployed, it excels in diffusing current concentration, maintaining an exemplary high power factor while preventing power grid pollution. However, it does not limit instantaneous currents, making it unsuitable for inductive and variable resistance loads, yet it remains a top choice for constant resistance applications.
2. Advanced Trigger Plate Configuration: Elevate your control systems with innovative design engineering.
P1 Potentiometer: Precision Preamp - the benchmark for accurate signal conversion.
The P1 potentiometer is a masterpiece of calibration, transforming 4-20mADC into a flawless 0-5VDC signal. Expertly adjusted during production, it promises a seamless, no-fuss operation with zero need for post-purchase tweaks.

Certifications
Certified Excellence: ISO 9001, CE, CB, TUV - symbols of our unwavering commitment to quality and safety.
Nestled in the dynamic heart of Cangzhou, China, we proudly offer unbeatable pricing and exceptional service. Our team of seasoned experts in development, marketing, and production is dedicated to delivering excellence.
After Sales Service
Our pledge to quality is unwavering, coupled with an 18-month warranty and thorough 100% product inspections before leaving the factory, guaranteeing both reliability and customer delight.
P2 Potentiometer: Overcurrent Safeguard - your vigilant sentinel against overcurrent surges.
The P2 potentiometer acts as the stalwart guardian for overcurrent alarm thresholds. Pre-set at the factory, it alerts when CT voltage rises above 4.4VDC, eliminating the need for adjustments and ensuring peace of mind during normal operations.
P3 Potentiometer: Current Limiting Expertise - the key to maintaining optimal current levels.
P3 potentiometer specializes in current limiting, with default settings designed to automatically curtail output voltage when CT voltage exceeds 4VDC. Keep it below this threshold or customize settings to meet specific field conditions for peak performance.
P4 Potentiometer: Phase Determination Precision - ensuring accurate phase control for flawless operation.
The P4 potentiometer plays a vital role in phase determination, expertly configured at the factory to prevent false triggering. Maintain its setting for consistent, reliable performance.

P5 Potentiometer: Amplification Mastery - transforming current signals with exceptional precision.
P5 potentiometer excels at amplification, converting an AC 0-100mA current signal into a precise DC 0-4V voltage, known as CT voltage. Factory defaults set 100mA to correspond with 4V, yet it can be tailored on-site for specific needs, such as:
Load Current Selection and Transformer Configuration - tailor your setup for maximum efficacy.
1. For a load of 100A: Employ a 100A/100mA transformer to achieve 4VDC.
2. For a load of 150A: Select a 200A/100mA transformer to attain 3VDC.
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 
Company Profile
Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
FAQ
Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control
Solid State Relay Control Board Electronic Component for High-Efficiency Eco-Friendly Control

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