HUMIDITY & TEMPERATURE CONTROL CABINET (REFRIGERATED)

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HUMIDITY & TEMPERATURE CONTROL CABINET (REFRIGERATED)

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HUMIDITY & TEMPERATURE CONTROL CABINET (REFRIGERATED) Specification

Power Source
AC Mains

Accuracy
100 %

Model No
HTC-220R

Voltage
220 V

Capacity
220 Liters

Automation Grade
Semi-Automatic

Temperature Range
5C to 60C

Core Components
Refrigeration System, Humidifier, Controller, Sensors

Feature
Highly Efficient

Frequency
50 Hz

Measurement Range
35% 95% RH

Equipment Materials
Stainless Steel / Powder Coated Mild Steel

Type
Humidity & Temperature Control Cabinet (Refrigerated)

Usage
Laboratory

Display Type
Digital LED

Dimension (L*W*H)
60 x 60 x 85 cm

Weight
75 kg

Operating Temperature
5C to 60C

Door
Double-layer Insulated with Magnetic Seal

Controller Type
Microprocessor-Based PID

Humidity Range
35% 95% RH

Input Power
Single Phase

Noise Level
<55 dB

Alarm System
Audio-Visual Alarm

Ambient Conditions
10C 40C, < 75% RH

Package Type
Wooden Crate

Cooling System
Hermetically Sealed Compressor

Humidity Uniformity
3 % RH

Interior Lighting
LED

Shelves
Adjustable

Energy Consumption
900 W

Safety Features
Over-Temperature & Over-Humidity Protection

About HUMIDITY & TEMPERATURE CONTROL CABINET (REFRIGERATED)

HUMIDITY & TEMPERATURE CONTROL CABINET (REFRIGERATED)

Humidity and temperature control Cabinet are well designed for conducting different laboratory and research experiments for different quality control tests to be carried out on different materials e.g. cement, motors, various electrical fittings, electronic circuits and components, cloth and paper etc. under controlled temp. and humidity conditions.

Construction :

It is of robust construction. The outer body is made of M.S. Sheet duly pre treated & finished with epoxy powder paint for lasting finish. Caster wheels provided for easy mobility. The intermediate wall is of G.I. Sheet. Inner chamber is made of Stainless Steel/Aluminium Anodized. Tray are also supplied to make the shelves inside the chamber. Inner chamber facilitates self placement at desired height. The chamber is insulated by filling glass wool in the space of between outer body and chamber to prevent temperature loss. Door is also insulated.

Forced air circulation in the chamber by a blower ensures uniform temperature and humidity inside the chamber. Finned type heater duly insulated from body are provided in the moving air path. Humidity is achieved by generating of steam by immersion type water heater in water reservoir & its subsequent condensation in the circulating air.

Temperature and Humidity Control :

Dry temperature is controlled by reliable imported thermostat from ambient to 55C 0.5C. Humidity is also controlled by imported thermostat which controls wet temperature for controlling humidity and switches off immersion heaters to stop generating steam. Arrangement exist only for increasing humidity & not for decreasing the humidity.

Temperature Range : Ambient to 55C + 0.5C.
Humidity Range : Ambient to 95%% + 3%%. RH
Size of inner chamber :
W H D
455 710 455 mm
605 605 605 mm
605 910 605 mm

Advanced Climate Control Technology

Equipped with a microprocessor-based PID controller, the cabinet offers precise temperature and humidity management, ensuring stable conditions for sensitive laboratory samples. The hermetically sealed compressor provides reliable cooling while the digital LED display gives real-time readings for optimal user control.

Safety and Efficiency Features

Designed for laboratory standards, the cabinet integrates over-temperature and over-humidity protection along with an audio-visual alarm system. Double-layer insulated doors with magnetic seals help maintain interior conditions, reducing energy consumption and enhancing operational safety.

Flexible Storage and User-Friendly Interface

Adjustable stainless steel shelves allow for customizable storage solutions, accommodating a variety of specimen sizes. Interior LED lighting provides clear visibility, and the digital controls make it straightforward for users to monitor and adjust the cabinets settings.

FAQs of HUMIDITY & TEMPERATURE CONTROL CABINET (REFRIGERATED):

Q: How does the cabinet regulate humidity and temperature for laboratory samples?

A: The cabinet uses a microprocessor-based PID controller, hermetically sealed compressor, and high-precision sensors to maintain set temperature (5C60C) and humidity levels (35%%95%% RH), ensuring uniformity within 3%% RH for reliable sample preservation.

Q: What safety measures are integrated into the cabinets operation?

A: It features over-temperature and over-humidity protection systems along with a built-in audio-visual alarm. This ensures immediate notification of abnormal conditions, helping safeguard valuable samples and equipment.

Q: When should the adjustable shelves be reconfigured?

A: Adjustable shelves can be reconfigured whenever there is a need to accommodate samples of different sizes or quantities, optimizing the internal space for varying laboratory requirements.

Q: Where can the cabinet be installed for optimal performance?

A: The cabinet should be placed in areas maintaining an ambient temperature between 10C and 40C with less than 75%% relative humidity. Adequate ventilation and a stable single-phase power supply (220 V AC) are recommended.

Q: What is the setup process for getting the cabinet ready for use?

A: After receiving the cabinet in its wooden crate, unpack and position it securely. Connect it to the mains, set the desired temperature and humidity using the digital LED display, and adjust shelves as needed before loading samples.

Q: How does the design contribute to energy efficiency and noise reduction?

A: With insulated double-layer doors, LED lighting, and an efficient hermetically sealed compressor, the cabinet minimizes energy consumption (900 W) and operates quietly (<55 dB), creating a comfortable laboratory environment.

Q: What are the benefits of using this refrigerated cabinet in laboratory settings?

A: The cabinet ensures highly accurate climate control, flexible sample storage, and reliable operation owing to its automation grade, safety features, and robust construction. These attributes support optimal experimentation and storage outcomes in research and testing labs.

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