Two slot thermal shock test chamber

NegotiableUpdate on 01/07

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Manufacturing characteristics of the two slot cold and hot shock test chamber: 3D full parameter modeling, intelligent and efficient; Before manufacturing, PC virtual assembly will be carried out to ensure complete functionality and no design omissions; Motion simulation and stress analysis to ensure the rationality of the design.

Product Details

Manufacturing characteristics of the two slot cold and hot shock test chamber:

3D full parameter modeling, intelligent and efficient; Before manufacturing, PC virtual assembly will be carried out to ensure complete functionality and no design omissions; Motion simulation and stress analysis to ensure the rationality of the design.

Channel modularization ensures manufacturing consistency and stable batch performance.

Joint treatment - Imported high and low temperature resistant sealant from Japan and added stainless steel pressure strip sealing treatment to ensure that the equipment does not deform and the structure does not leak air after long-term use.

3S Manufacturing Management Process - Manufacturing in the factory according to fixed scientific processes to ensure high efficiency and stable quality; Avoid making at the customer's site as the production process cannot be guaranteed, resulting in unstable performance. Welding and gluing process pictures.

Two slot thermal shock test chamberRequest equipment and facilities

1Requirements for equipment and facilities
1.1 Power Supply	①Power Supply:AC3￠5W 380V 50/60HZ
	※AttentionEnsure the voltage frequency fluctuation range of the performance of this equipment: freeze-frameVoltage ±10％；Frequency ± 1％! a.Gas supply pressure: 4～6KG/㎝ b. Gas supply pressure: 4～6KG/㎝
	②Maximum load capacity：20KVA
	③ The most bigelectricityflow ：30A
1.2 Cooling water for refrigeration system
(Meet industrial water standards)	①Round trip pipe diameter：1″（25A SGP）
	② Maximum water volume:3480L/h
	③Inlet water temperature: 30Below ℃
	④water supply pressure：0.2～0.4MPa（Gauge）
	(1) There is no sudden fluctuation in pressure.
	(2) If the pressure exceeds 0.4MPa（Gauge）， Please install the pressure reducing valve.
	⑤Cooling tower: 8RTThe above.
	⑥ Other
	(1) The Y-shaped filter is provided by our company.
	(2) The cooling water circuit requires the installation of ball valves, pressure gauges, thermometers, and bypass circuits.
1.3drain pipe	Please provide a diameter of approximately 150mmFloor drain, configuration50A SGPThe sewer pipe.
	(1)There should be no protrusions in the middle of the drainage pipe.
	(2) The floor must not have extreme tilting.
	(3) The natural drainage pipe and humidifier drainage pipe must be separately installed.
1.4grounding	Grounding resistance: 100Below Ω.

Two slot thermal shock test chamberWhen debugging, the following steps need to be followed:

Preparation: Ensure that the test chamber is placed in a stable and well ventilated area, away from flammable, explosive, and corrosive substances. Check for any debris inside the test chamber and clean both the inside and outside of the chamber. Check if the power and grounding wires are securely connected to ensure the safety and reliability of the equipment.

Check the equipment: Check whether the various components of the test chamber, such as the compressor, heater, refrigeration system, controller, etc., are normal. Ensure that the equipment is free from abnormal sounds, odors, water leaks, and other phenomena.

Set test parameters: According to the test requirements, set the test temperature range, time, temperature fluctuation, and other parameters. Ensure that the parameter settings are correct and error free.

Calibrate temperature sensor: Use a standard thermometer to calibrate the temperature sensor inside the test chamber to ensure accurate temperature measurement.

Set safety protection functions: According to the test requirements, set the safety protection functions of the test box, such as over temperature alarm, leakage protection, etc. Ensure that the equipment can promptly alert and take corresponding measures in case of abnormal situations.

Prepare the sample: Place the sample to be tested in the test chamber, paying attention to the placement and quantity of the samples, ensuring that there is sufficient gap between the sample and the inner wall of the test chamber to ensure smooth hot air circulation.

Power on preheating: According to the equipment manual, turn on the power supply of the test chamber and preheat it. During the preheating process, observe whether the equipment is running normally, and promptly handle any abnormal situations.

Set test procedure: According to the test requirements, set the test procedure, including heating rate, cooling rate, insulation time, etc. Ensure that the experimental program settings are correct and error free.

Start the experiment: According to the set test procedure, start the test chamber for cold and hot shock testing. During the experiment, closely monitor the operating status of the equipment and promptly handle any abnormal situations.

Record data: During the experiment, record the temperature changes, fault alarms, and other information of the sample. Ensure the accuracy and completeness of the data.

End of experiment: After the experiment is completed, turn off the power of the test chamber and remove the sample. Conduct visual inspection and performance testing on the samples to evaluate their reliability and stability under cold and hot shock environments.

Analyze data: Based on the recorded data, analyze the performance of the sample under cold and hot shock environments, identify possible problems and improvement directions.

Maintenance: Regularly maintain the test chamber, including cleaning, lubricating, and replacing worn parts. Ensure the normal operation and service life of the equipment.