Thermostatic Water Bath LT-TW209
Labtro Thermostatic Water Bath LT-TW209 combines a 30 L working capacity with a high-temperature range of RT +5°C to 100°C for larger-scale laboratory heating and incubation. A 1.5 kW stainless steel heating element transfers heat directly to the water while natural convection distributes thermal energy throughout the chamber. The PID controller regulates temperature with 0.1°C resolution, ±0.5°C fluctuation and ±1.0°C uniformity. A digital timer provides operation up to 9990 minutes and can automatically stop heating when the programmed duration ends. The SUS304 chamber resists corrosion during repeated use, while automatic water-shortage protection, an over-temperature alarm and power-failure memory improve reliability during extended processes.
$ 2,010.00
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Specifications
Capacity
30 L
Heating Mode
Natural water convection
Temperature Range
RT +5°C to 100°C
Temperature Resolution
0.1°C
Temperature Fluctuation
±0.5°C
Temperature Uniformity
±1.0°C
Temperature Control Mode
PID
Temperature Setting Mode
Touch-button
Display Mode
Digital dual-row display
Timer
0 to 9990 min
Timing Wait
Provided
Operating Functions
Fixed temperature, timing, automatic stop
Program Mode
Optional
Sensor
NTC
Inner Chamber
SUS304 stainless steel
Outer Shell
Cold-rolled steel with electrostatic spray finish
Heater
Stainless steel heating tube
Water Discharge
One-touch drainage switch
Water Shortage Protection
Automatic heating cut-off
Anti-Dry-Burning Protection
Provided
Over-Temperature Alarm
Provided
Deviation Correction
Provided
Menu Key Lock
Provided
Power Failure Backup
Provided
Power-Off Memory
Provided
Shelf Number
1
Maximum Rack Load
5 kg
Heating Power
1.5 kW
Power Supply
AC 220 V, 50/60 Hz
Rated Current
6.8 A
Internal Dimensions
500 × 296 × 200 mm
External Dimensions
565 × 358 × 395 mm
Packing Dimensions
595 × 388 × 445 mm
Net Weight
7.5 kg
Gross Weight
9 kg
Features
RT +5°C to 100°C temperature range ↳ Supports routine and high-temperature laboratory heating procedures PID temperature control ↳ Maintains stable bath temperature with precise regulation 0.1°C temperature resolution ↳ Enables fine temperature setting and monitoring ±0.5°C temperature fluctuation ↳ Provides consistent thermal conditions during extended operation ±1.0°C temperature uniformity ↳ Helps ensure even heating throughout the 30 L chamber 30 L large-capacity chamber ↳ Accommodates multiple samples, containers, and laboratory vessels simultaneously 0–9990 min timer ↳ Supports long-duration timed heating with automatic stop Natural water convection heating ↳ Distributes heat without a circulation pump for simple and reliable operation SUS304 stainless steel chamber ↳ Provides corrosion resistance and easy routine cleaning One-touch drainage system ↳ Simplifies water discharge after use Anti-dry-burning protection ↳ Cuts heating during water shortage to protect the heater Over-temperature alarm ↳ Alerts the operator when the bath exceeds the set safety limit Power-off memory and failure backup ↳ Retains operating parameters after power interruption
Standard Accessories
Stainless steel sample shelf / rack Bath cover / top cover Stainless steel heating tube Integrated water-discharge switch NTC temperature sensor Digital PID temperature controller
Application
Research Laboratories → Controlled heating and incubation of experimental samples, reagents, and vesselsPharmaceutical Laboratories → Temperature conditioning of solutions, samples, and laboratory preparationsClinical Laboratories → Warming of suitable diagnostic samples and reagentsMicrobiology Laboratories → Incubation and temperature maintenance of non-hazardous samplesChemical Laboratories → Controlled heating of solutions and reaction containersQuality Control Laboratories → Maintains samples at defined temperatures during routine testingFood Laboratories → Supports thermal conditioning and sample preparation proceduresIndustrial Laboratories → Batch heating and temperature stabilization of multiple samplesEducational Laboratories → Demonstrates controlled heating, incubation, and thermal testing procedures