Constant Temperature Heating Plate Operation Manual

Product Overview

This heating plate is specially designed for LED chip soldering on aluminum substrate, PCB preheating, chemical experiments, heating & curing and other applications. Operating temperature range: 0~500℃. It is mainly used for preheating, soldering and rework of aluminum-based circuit boards and other scenarios requiring stable temperature-controlled heating. Simple operation and high working efficiency, an ideal helper for your production and processing.

ETOOL, a professional heating plate manufacturer, introduces the operation, setting and maintenance instructions below. Constant Temperature Heating Plate

Product Features (Modular Design for Easy Maintenance)

1. Original Yudian PID AI digital temperature controller, high precision, safe, simple and clear operation.
2. High-quality Solid State Relay (SSR), service life 100 times longer than ordinary contact relays.
3. Multiple high-quality stainless steel heating tubes, quick maintenance and low failure rate.
4. Work panel made of aluminum alloy with high thermal conductivity for uniform heating.
5. Furnace housing fully constructed of SUS304 stainless steel; no paint peeling or rusting under normal working environments.
6. Cooling fan and ventilation windows installed in control system to prevent overheating of internal components.

Technical Specifications

Power Supply: 220V, 50Hz; Temp. Control Range: Ambient ~ 350℃; Control Accuracy: ±1~2%℃

Types: Integrated Type (Height:150mm), Split Type (Height:65mm), High Temp Type (Ambient~450℃), Ultra-High Temp Type (Ambient~500℃), Ceramic Heating Plate (Ambient~950℃)

Model	Heating Plate Size(mm)	Max Power(W)	Net Weight(Kg)
ET-100	100×100×20 ±1	400	3.5
ET-150	150×150×20 ±1	600	4.0
ET-200	200×200×20 ±1	800	4.5
ET-3020	300×200×20 ±1	1200	7
ET-360	360×250×20 ±1	1500	9
ET-400	400×300×20 ±1	2100	12
ET-6040	600×400×20 ±1	3600	28

Custom Service: Non-standard sizes available. Lead time: 5-7 working days. Max heating plate dimension: 2000×2000mm, max temperature up to 950℃. Stainless Steel Heating Plate

Application Scope

1. LED industry: aluminum substrate, LED chip soldering and rework.
2. Electronic industry: glue dispensing and encapsulation constant temperature heating.
3. Mold factory: mold core preheating.
4. General industrial heating: sample baking and drying at constant temperature.
5. Laboratory equipment: temperature testing, essential tool for biology, genetics, medical & health, environmental protection, biochemical labs, analytical rooms and teaching research.

Operation Instructions

1. Connect power and turn on Power Switch. Green Power Indicator stays on, meaning power supplied.
2. Turn on Heating Switch to start operation. Red Heating Indicator steady on: continuous heating; flashing: constant temperature mode with intermittent heating.
3. After use, turn off Heating Switch first to stop heating. Green power light remains on as warning: do not touch hot plate. Turn off Power Switch after plate fully cools down (1 hour recommended).

Safety Precautions

1. 220VAC power required, use earthed 3-pin socket with leakage protection switch.
2. Non-professional personnel shall NOT open casing or modify internal wiring.
3. Never touch heating plate directly to avoid burns.
4. Cut off power supply if not in use for long time or leaving site.
5. This unit is equipped with air cooling fan. Do NOT block side air inlets.
6. Unplug power cord before replacing fuse to prevent electric shock hazard.

Temperature Controller Panel Description

Symbol	Description	Symbol	Description
PV	Measured Value / Mode Display Value	<	Digit Shift Key
SV	Set Value / Mode Content Display Value	∨	Value Decrease Key
OP1	Output Indicator Light	∧	Value Increase Key
AU1	Alarm 1 Indicator Light	Ο	Setting Mode Key (Confirm Key)
AU2	Alarm 2 Indicator Light

Parameter Setup

1. Long press Ο key to enter parameter menu:

Code	Description	Range	Factory Default
HIA	High Alarm Limit	0~999	999
LOA	Low Alarm Limit	0~999	-199
HdA	Deviation High Alarm	0~999	999
LOC	Parameter Lock Level	0~255	0 (Do not modify)

2. Set Target Value: Under normal display state, use ∧, ∨, < keys to edit SV set temperature. ∨ decreases value; ∧ increases value. The flashing decimal point marks editable digit. Long press for fast increment/decrement with 2-speed acceleration. Press < to move cursor, then ∧/∨ to modify the flashing digit.

3. AT Auto-tuning Operation: For AI intelligent PID control, perform AT auto-tuning to calculate PID parameters. Hold < key for 2s to bring up AT parameter. Use ∧ to switch OFF to ON, press Ο to confirm and start auto-tuning. “At” flashes on SV window. After 2 oscillation cycles, controller calculates optimal PID automatically and finishes tuning. To abort early: hold < for 2s, set AT from ON to OFF and confirm with Ο.
Note: Tuning parameters vary at different setpoints. Set SV to your commonly used temperature BEFORE AT. Do NOT change SV during auto-tuning. Control performance may improve after running for some time due to built-in learning function. Temperature Controller Panel

Warranty & Additional Notes

Warranty Terms:

1. 1-year free warranty for whole unit under normal use (6 months for heating tubes). Not applicable for man-made damage.
2. Paid lifetime service after warranty expiry.

Important Remarks:

• Fully insert power cord into rear socket; poor contact may cause arcing and socket burnout.
• Initial overshoot of 3~5℃ is normal; temperature stabilizes within minutes, which improves surface uniformity.
• White smoke and odor at first use are normal, caused by residual machining oil evaporating under high temperature. It disappears after several runs.
• Light cracking sound during heating comes from thermal expansion/contraction of heating tubes, safe for continuous operation.
• All units pass 24-hour aging test before delivery. Unauthorized modification of internal parameters is prohibited. Our company shall not be liable for equipment damage or personal injury caused by improper manual parameter changes.

무역 뉴스