FRIOCELL 707 - EVO line

Separate measuring circuit protecting the process in case of failure of the main control circuit.

AISI 304 stainless steel tray for optimal air circulation

Perforated shelf made of stainless steel AISI 304, suitable for placing a small sample in the chamber. The perforated shelf replaces the tray.

Can only be used in combination with some options (higher chamber load capacity, loading system, frame, 316 L)
(except the volume 1212)

Special holders for test tubes in a diagonal position, typically for TBC testing. The holders are placed on ordinary trays.

Special holders for test tubes Ø 16 mm stored in a vertical position

Special holders for test tubes Ø 22 mm stored in a vertical position

Welded stainless steel tub for collecting condensate from samples in the chamber

Suspension system for longer samples (e.g. hoses) for hanging under the ceiling of the chamber for easier drying

Door hinges on the left. The cabinet with a volume of 404, 707 and 1212 liters is not supplied in the left version.

Mechanical door lock for the basic level of protection. It is supplied with two keys.

Mechanical door lock for the basic level of protection. It is supplied. Within one set of devices, different lock inserts are distinguished.

The device is equipped with an electromagnetic mechanism for blocking-locking the door. Can be operated manually or automatically.

Stainless steel design of the device housing, including the handle made of stainless steel AISI 304.

Additional movable sensor in the chamber for measuring the temperature at the sample or in the sample. It is not used for temperature control. The additional sensor data is shown on the display as an additional temperature value. (max. 4 pcs)

Additional movable sensor from the door for measuring the temperature at the sample or in the sample. It is not used for temperature control. The additional sensor data is shown on the display as an additional temperature value. (max. 4 pcs)
(consultation required)

The port with a stainless steel body allows the wires, sensors, etc. to be threaded into the chamber. Ø 25 mm located on the right in the middle of the wall.

The port with a stainless steel body allows the wires, sensors, etc. to be threaded into the chamber. Ø 25 mm located on the left in the middle of the wall.
(except the volume 404, 707, 1212)

The port with a stainless steel body allows the wires, sensors, etc. to be threaded into the chamber. Ø 50 mm located on the right in the middle of the wall.

The port with a stainless steel body allows the wires, sensors, etc. to be threaded into the chamber. Ø 50 mm located on the left in the middle of the wall.
(except the volume 404, 707, 1212)

The port with a stainless steel body allows the wires, sensors, etc. to be threaded into the chamber. Ø 100 mm located on the right in the middle of the wall.

The port with a stainless steel body allows the wires, sensors, etc. to be threaded into the chamber. Ø 100 mm located on the left in the middle of the wall.
(except the volume 404, 707, 1212)

The port with a stainless steel body allows the wires, sensors, etc. to be threaded into the chamber. Optional size, shape or position in the wall.
(consultation required)

Panoramic window with three-layer insulating glass enabling observation of samples in the chamber, complemented by mechanically switchable heat-resistant lighting of the chamber. With CLC, FC EVO, the lighting can also be switched electronically.
(consultation required)

Heat-resistant interior lighting with mechanical switch. With the CLC, FC EVO, the lighting can also be switched on electronically, or when the door is opened.

A set of mechanical modifications of the device for tight connection to the laboratory insulator.
(consultation required)
(except the volume 1212)

Additional stainless steel chimney for extracting odors from the device. (for connection of fine suction - may affect thermohomogeneity)
(consultation required)

Adaptation of the device with castors to adjustable legs for greater stability.
(except the volume 55, 111, 222)

Adaptation for devices without castors to a device with castors for easier movement.
(except the volume 404, 707, 1212)

Adaptation of the device to adjustable castors for travel and greater stability.

Reinforcement of the device chamber and addition of a built-in frame with its own shelves to increase the load capacity of the device.
(consultation required)

Special reinforced sheet metal shelves.

Reinforcement of the chamber bottom to increase the load-bearing capacity of the chamber sides.
(consultation required)

Mobile table in the design of the device for greater flexibility incl. shelf for storing documents.
(except the volume 404, 707, 1212)

Service functions allowing to increase or decrease start times. This function can change the properties of the device.

Programmable waterproof socket inside the chamber for connecting appliances.

The potential-free contact is connected to a connector, to which a voltage of up to 24 V / 1 A can be connected to it. It is used to implement a remote alarm (in Anglo-Saxon countries it is referred to as BMS relay - Building Management System relay), which is interrupted by a built-in potential-free contact relay, the fault information is transmitted to rooms other than the one in which the temperature box is located. The relay opens in all error states reported on the display.

Hardware main switch with a lockable system, which, if necessary, interrupts the connection of electric power.
(consultation required)

Power supply termination according to the national standard
(consultation required)

Different operating temperature range. (-20 °C)

Modification of the device enabling hot air decontamination of the device [160 °C]
(except the volume 1212)

CO2 regulation. The CO2 control range is 0 to 20% (0–2000 ppm), the maximum operating temperature is limited to 55 °C.

CO2 regulation. The range of CO2 regulation is 0 to 20% (0–2000 ppm), max. Operating temperature is increased to 160 °C. Probe life is limited by the number of decontamination cycles.

Accessories for connecting the gas pressure vessel to the device.

(consultation required)

Compressor cooling system up to 0 °C with defrost for short (weeks) lower chamber temperatures.

Compressor cooling system up to 0 °C with defrost for long-term (months) lower chamber temperatures.
(except the volume 55, 111, 1212)

Enhanced compressor cooling system without automatic defrost.

Enhanced compressor cooling system with automatic defrost.

VIS fluorescent lamp panel (with programmable intensity for EVO) located in the door of the device.

Panel of LED lights VIS (with programmable intensity for EVO) located in the door of the device.

Horizontal panel of VIS fluorescent lamps (with programmable intensity for EVO) located in the chamber.
(except the volume 55)

Horizontal panel of UV fluorescent lamps (with programmable intensity for EVO) located in the chamber.
(except the volume 55)

Horizontal panel of VIS + UV fluorescent lamps (with programmable intensity for EVO) located in the chamber.
(except the volume 55)

Horizontal panel of LED VIS lights (with programmable intensity for EVO) located in the chamber.
(except the volume 55)

VIS intensity sensor for light exposure measurement and control (max 4)

UV sensor for light exposure measurement and control (max 4)

The device contains a converter of the required quantity (temperature, CO2 concentration) to a 4-20 mA output, connected to a connector connection. It is not a quantity read by the instrument itself and converted to 4-20 mA. The customer processes the value himself and must also ensure the calibration of the sensors. Data cannot be collected using WarmComm.

WarmComm 4 is designed to record the course of device control. The program uses the Server - Client arrangement. In this configuration, the monitored devices are connected to a Server that records and stores data obtained during control. Individual users then access this data through the Client. This arrangement can be implemented within one PC or within a local network.

WarmComm 4 is designed to record the course of device control. The program uses the Server - Client arrangement. In this configuration, the monitored devices are connected to a Server that records and stores data obtained during control. Individual users then access this data through the Client. This arrangement can be implemented within one PC or within a local network.

WarmComm 4 is designed to record the course of device control. The program uses the Server - Client arrangement. In this configuration, the monitored devices are connected to a Server that records and stores data obtained during control. Individual users then access this data through the Client. This arrangement can be implemented within one PC or within a local network.

Use the EPSON TM-T20III to print the report.

The Printer Archive program is intended for recording from the machine's print output. Serves as a direct replacement for a physical printer. The recording is in a fixed, preset format. wider options for handling the recorded protocol, including archiving or printing to a desktop PC printer. Ordinary PCs with Windows XP and higher operating software can handle the hardware requirements. One free RS 232 (COM) port is required for each connected device. The maximum length of the connecting cable is 15 m. For more detailed HW requirements, please contact your dealer.

Validation of the temperature distribution in the chamber at the user's reference temperature (1 point).

Validation of the temperature distribution in the chamber at the user's reference temperature (3 points).

Validation of the temperature distribution in the chamber at the user's reference temperature (9 points).

Validation of temperature and humidity distribution in the chamber at the user's reference temperature / humidity (3/1 point).

Validation of the temperature distribution in the chamber at the user's reference temperature (27 point).

IQOQ documentation for implementation during installation at the customer.

Optional equipment expands the communication capabilities of the EVO devices with Ethernet and USB Host. Program logs and audit trails can be exported in CSV format to a USB device connected to the USB Host interface on the communication module. The audit trail can also be exported in XML format. It is also possible to export program settings, user list and device configuration in binary format for backup purposes.

Accessories for connecting the gas pressure vessel to the device.

Accessories for automatic exchange of connections of two pressure vessels connected to the device.