LCS-IEH50-3 Split Glass-Ceramic Hot Plate, 600 × 400 mm and 4500 W (CAT#: STEM-BC-3755-ZJF)

Highlights

Four-thousand-five-hundred-watt output
Extra-large heating platform
Split remote-control architecture

Cat Number: STEM-BC-3755-ZJF

Application: for large-area high-power laboratory heating

Model: LCS-IEH50-3




Description

The LCS-IEH50-3 is a high-power split hot plate for large-area laboratory heating. It separates the control display from the heating platform for flexible remote operation. The aviation connector provides a secure electrical connection between the two components. A 4500 W mica heating system delivers rapid heat across the 600 × 400 mm surface. PID control adjusts power continuously to improve heating stability and reduce temperature fluctuation. The LCD touchscreen supports six-stage programming, ten saved methods, temperature-curve monitoring, and several timing modes. Adjustable maximum-temperature protection, differential overtemperature protection, and dual probes provide integrated safety monitoring. A residual-heat icon remains visible whenever the plate temperature exceeds 50°C. The glass-ceramic plate and sealed 304 stainless-steel body resist chemical exposure, spills, scratching, and corrosion.

Specification

Input power: AC 220 V, 50 Hz
Rated power: 4500 W
Circuit-breaker specification: 32 A
Display: LCD touchscreen
Temperature range: Ambient +20°C to 460°C as aligned with the listed higher-power models
Temperature-control accuracy: ±7%
Controller adjustment resolution: 0.1°C
Temperature increment: 0.1°C
Timer range: 0-9999 min
Programmable stages: 6
Stored methods: 10
Multi-point temperature correction: Up to 3 points
Buzzer duration: 0-9999 s
Heating-plate dimensions: 600 × 400 mm
Plate thickness: 6 mm
Plate material: Glass ceramic
Maximum load: 5 kg
Housing material: 304 stainless steel
Net weight: 18 kg
Product dimensions: 600 × 400 × 134 mm

Features

Four-thousand-five-hundred-watt output
Extra-large heating platform
Split remote-control architecture
Six programmable temperature stages
Method-name storage and recall
Dual-signal surface monitoring
Residual-heat touch warning
Sealed corrosion-resistant housing

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