CC-805
Refrigeration bath circulators
Performance Characteristics
Refrigeration bath circulators are suitable for controlling the temperature of externally connected applications and thermoregulation of objects directly in the thermostat bath. Typical applications are: photometers, refractometers, viscometers, double-jacketed reaction vessels and autoclaves. The units can be used in mini-plants and kilo laboratories, for determining the freezing point, for deep temperature calibration, for petroleum tests, for temperature control of measuring devices and experimental setups as well as for materials testing and quality control. Depending on the model, the equipment is able to meet the highest demands; this is ensured by the professional range of functions available on the Pilot ONE controller, such as a colour TFT display, programmer, Pt100 external probe connection, calibration, calendar/clock functions, autostart, RS232 interface as well as extensive safety and warning functions. One further plus point is the electronic upgrade for function extensions using a unit specific e-grade code. This activates additional functions such as the programmer, TAC cascade controlling, temperature ramps, user menus, calendar start, graphic display and process control. The units are made from high quality stainless steel and have a thermoregulated cover plate to avoid condensation and build up of ice. The bath vessel has a volume of 5 litres and can be emptied via the drain fitting over the front.
Functions overview
- Pilot ONE controller with Plug & Play technology
- Precise temperature control
- 5.7“ touchscreen and comfortable menu navigation
- Overtemperature and low level protection
- Safety class III/FL (DIN 12876)
- Powerful pressure/suction pump
- Programmer with calendar and clock functions
- 2-point calibration
- Pt100 sensor connection
Product impressions
Controller
The new multi-touch controller Pilot ONE offers a brilliant 5.7" touchscreen with graphic functions and a comfortable navigation menu. All important operating parameters and temperature values are neatly displayed on the touchscreen. Thanks to the new favourites menu, the one-click operation and the integrated technical glossary the operation is very easy, just like on a smartphone. Integrated USB and Ethernet ports allows connection to a PC or network, e.g. for remote control or data transmission.
Read moreHeating capacity | 1,3 - 1,6 | ||||||||||||||||
Cooling capacity |
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Refrigeration machine | air-cooled, CFC- and HCFC-free | ||||||||||||||||
Refrigerant 1st stage | R-452A (A1, H280) | ||||||||||||||||
Refrigerant quantity 1st stage | 0,51 kg | ||||||||||||||||
Refrigerant 2nd stage | R-23 (A1, H280) | ||||||||||||||||
Refrigerant quantity 2nd stage | 0,26 |
Delivery capacity pressure pump max. | 25 l/min; 0,7 |
Delivery capacity suction pump max. | 18,5 ; 0,4 bar |
Pump connection | M16x1 AG male |
Max. permissible viscosity | 50 mm²/s |
Pump speed adjustable | Yes |
Pump characteristics | Pressure and suction pump, variable speed |
External sensor connection | Pt100 |
Interface digital | Ethernet, USB (Host u. Device), RS232 |
Permissible ambient temperature | 5...40 °C |
Sound pressure level | 70 |
Bath opening WxD/BD | 120 x 110 / 150 |
Bath volume | 5 |
Filling volume min. | 4 |
Power supply | 220-240V 1~/2~ 50/60Hz |
Current consumption max. | 13 |
Fuse | 16 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.