Stainless steel incubator

Stainless steel incubator

The heating method of the instrument incubator also uses steam heating. The box is equipped with a heat pipe, a solenoid valve and a temperature control device to ensure that the temperature inside the box is kept within the set range. Instrument incubator installation and use: Steam heating is mainly composed of a box body, a lining insulation material, a transmitter bracket, and a U-shaped steam radiator. In order to facilitate daily maintenance, an observation window is often arranged on the door of the box, and the top of the box can be provided with an opening for inserting bimetal temperature measurement without a piece. The electric heat tracing of the incubator generally adopts an electric heating pipe, and the electric heating of the instrument pipeline adopts a electric heating belt, and the electric heating pipe is a seamless steel pipe as a casing, and the electric resistance wire is filled therein and filled with magnesium oxide powder

Product Details

Instrument incubator heating method Steam heating is also used. The box is equipped with a heat pipe, a solenoid valve and a temperature control device to ensure that the temperature inside the box is kept within the set range. The instrument incubator is installed and used:
The steam heating is mainly composed of a box body, a lining insulation material, a transmitter bracket, and a U-shaped steam radiator. In order to facilitate daily maintenance, an observation window is often arranged on the door of the box, and the top of the box can be provided with an opening for inserting bimetal temperature measurement without a piece. The electric heat tracing of the incubator generally adopts electric heating pipe, and the electric heating of the instrument pipeline adopts electric heating belt. The electric heating pipe is made of seamless steel pipe, which is filled with electric resistance wire and filled with magnesium oxide powder insulation, and the electric heating has hot suburbs. High rate, energy saving, simple design, convenient construction and installation, no pollution, long service life, and can realize remote control and automatic control. 1. The installation height should not exceed 2000 meters;
2. The cabinet should be installed vertically and fastened with bolts. For outdoor installation, the chassis should be installed. The chassis is prepared on site, and can also be provided by the factory according to user requirements. (The height of the chassis is 200-400mm, and the L40×40×4 angle iron is bent);
3. The insulation layer on the bottom of the insulation box can be moved. When the fastening bolts are installed, the movable part of the bottom of the box can be insulated. The layers are removed for easy installation. After installation, install it to the reduction place;
4, the cable is led to the terminal block of the box by the bottom cable joint;
5, other lines are introduced from the rear side of the tube sheet. The tube plate is disassembled;
6. The transmitter is mounted on a mounting tube of 50 mm inside the box. The mounting tube and the two side columns can be moved for any position adjustment during installation. High-quality instrument incubator performance:
1, rated voltage: ~ 220V 50Hz;
2, electric heater power: incubator 500 ~ 2500W adjustable, with heating cable 450 ~ 2400 road ( Length 15~80 meters);
3, temperature adjustable range: 5 ~ 50 ° C;
4, temperature fluctuation range: ± 5 ° C;
5, the box temperature: ≤ 85% ;
6, steam heat: ≤ 200 ° C;
7, steam pressure ≤ 1.6Mpa;
8, insulation strength: ambient temperature 40 ± 5 ° C, relative humidity ≤ 85%, can withstand AC 1000V, 50Hz sine wave for 1 minute withstand voltage test;
9, insulation resistance: ambient temperature ≤ 40 ° C, relative humidity ≤ 85% when the insulation resistance between the conductive part and the box ≥ 20MΩ; > 10, applicable ambient temperature: -50 ~ 60 °C.

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