HTS 1

Heat Transfer Station (HTS)

Model: HTS 1 Group: 2 Order No.: 3068.0001.00 E-class: 32-09-01-18

Functions Technical data Downloads Warranty extension

Performance Characteristics

The HTS has no mechanical refrigeration but is fitted with a circulation pump and a plate heat exchanger. This compact circulator provides low cost cooling with a stable pressure and flow to the application. As no mechanical refrigeration system is fitted (compressor etc.), the machine is silent, efficient and energy saving. It offers an economic alternative to standard circulators when a chilled water supply is already available. The HTS heat exchanger is suited for temperature control of bio reactors, condensers, rotary evaporators, vapour traps etc.

Functions overview

Efficient circulation pump

Efficient thermal transfer

Compact, space-saving design

Budget-friendly pricing

Robust stainless steel construction

Easy to fill and empty

Product impressions

Temperature range	5...80 °C
Safety class	I / NFL
Protection class	IP20
Dimensions (W x D x H)	280 x 398 x 387 mm
Weight, net	18 kg

Delivery capacity pressure pump max.	8 l/min; 0,2 bar
Pump connection	M16x1 AG male
Max. permissible viscosity	50 mm²/s
Pump characteristics	Pressure pump, speed not variable

Permissible ambient temperature	5...40 °C
Power supply	200-240V 1~/2~ 50/60Hz
Current consumption max.	0,8 A

Please take further technical information as well as information about the scope of delivery, accessories and peripheral devices from the PDF data sheet. In cases of doubt the details given in there apply. If nothing to the contrary is quoted then the performance data referred is at an ambient temperature of 20°C.

Please observe the notes on installation and/or the space requirements of our products.

The following voltage and frequency tolerances apply based on EN60034-1:
Voltage +/- 5% for a frequency tolerance at the same time of +/- 2%

Examples to illustrate this: Not permissible, for example. is -5% on the voltage and +2% on the frequency. Permissible, on the other hand, are tolerances of -5% on the voltage and -2% on the frequency.

We reserve the right to make technical changes and correct errors. Illustrations can deviate from the original.