YL-72ZKG Temperature Controller User Manual

YL-72ZKG voltage regulator temperature controller is a temperature controller that uses single chip software control technology and is equipped with a dedicated solid-state relay. It has a power-off retention function and an analog output soft start function. It is especially suitable for temperature control in scenes such as bottle blowing machines, film blowing machines, plastic molding machines, extruders, sheet machines, and hot runners.


YL-72ZKG Temperature Controller User Manual - cover page
Brand
YL-72ZKG
Document type
User Manual
Language
Chinese
Pages
2
File format
PDF
File size
265 KB
Published
14 March, 2012
Updated
30 September, 2023
MD5 checksum
1A1E9B1026EC74DDD9D5A5ED9E5B2865

About this manual

The YL‑72ZKG temperature controller is a self‑developed device that uses microcontroller software and an SSR‑DV solid‑state relay (or TRIAC) to continuously and smoothly adjust the load voltage from 0‑220 V. It features voltage‑feedback compensation for stable output, power‑off hold, and a programmable soft‑start function to protect heating elements.

The manual explains panel button functions, how to set and save soft‑start timing, wiring requirements, special precautions (such as matching phase lines and proper relay sizing), and provides single‑ and three‑phase wiring diagrams for installation. This manual is written in Chinese.

What's inside

  • Overview
  • Panel Button Functions
  • Soft Start Function
  • Wiring and Usage Requirements
  • Special Precautions
  • Single‑Phase Wiring Diagram
  • Three‑Phase Wiring Diagram

Specifications

Input voltage range0‑220 V
Soft‑start time adjustment range0‑30
Required SSR‑DV relay current rating1.5‑2.5 × load current

Frequently asked questions

What current rating should the SSR‑DV solid‑state relay have?

The relay’s current rating must be at least 1.5‑2.5 times the actual load current.

Can this controller be used with inductive loads such as induction furnaces?

No, the controller is not suitable for inductive loads like induction furnaces or step‑down transformers.

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