T Series
Labo TH100-D22
Refrigerated and Heating CirculatorsLabo T Series Transparent Baths
The Labo T Series Transparent Baths are designed for applications that require precise temperature control and clear visual monitoring of samples during operation. Combining high-performance heating with a fully transparent bath structure, the T Series allows users to observe critical processes without interrupting temperature stability.
Equipped with new generation PID temperature control, the Labo T Series delivers excellent stability of up to ±0.02°C, ensuring reliable and repeatable results. Its compact design, durable construction, and visual monitoring advantage make it an ideal solution for laboratory research, quality control, sample preparation, and professional thermal applications.
Features
Operating Temperature Range
+30 (+10 Optional) - +60
Temperature Stability
±0,05
Heating Capacity
2000 watt
Cooling Capacity
None
Circulation Type
Internal
Speed-Controlled Pump Flow
5 - 21 l/min (Adjustable)
Pump Pressure Range
0,1 - 0,6 bar
Bath Opening
150 x 300 mm
Filling Volume
8 - 10
Overheat Protection & Acoustic Alarm
Over Temperature Protection + Acoustic Alarm
Low Liquid Level Warning System
Exist
Display Resolution
0,1°C (0,01°C optional)
Stock Code
LABO Labo TH100-D22
Product Group
Refrigerated and Heating Circulators
Series
T Series
Application Type
Temperature Control Type
New Generation PID
IP Rating
21
Display Type
Digital
Operating Temperature Range
+30 (+10 Optional) - +60
Temperature Stability
±0,05
Heating Capacity
2000 watt
Cooling Capacity
None
Circulation Type
Internal
Low Liquid Level Warning System
Exist
Overheat Protection & Acoustic Alarm
Over Temperature Protection + Acoustic Alarm
Pump Pressure Range
0,1 - 0,6 bar
Pump Connection
None
Refrigerant
None
Filling Volume
8 - 10
Bath Material
Plexiglass
Bath Opening
150 x 300 mm
Bath Dept
170 mm
Wheeled
Width
170 mm
Length
470 mm
Height
360 mm
Net Weight
Gross Weight
HS/GTIP Code
84198990
Package Dimensions
280 mm x 280 mm x 280 mm
Power Supply
220-240V / 50-60 Hz
Nominal–Max Power Consumption
-
Max Power Consumption
