What makes the Benchtop Temperature Test Chamber LBTT-A10 suitable for sensitive testing environments?

The Benchtop Temperature Test Chamber LBTT-A10 is designed with a noise level of ?75 dB, making it suitable for laboratories or environments requiring low acoustic disturbance. Its compact benchtop design allows easy installation in space-constrained settings. The chamber offers stable temperature performance to ensure reliable results during precision testing. It includes an intuitive user interface that facilitates easy monitoring and control. With touch-based control, users can efficiently adjust settings without complex training. It also features power-off memory and RAM backup to prevent data loss. These features make it dependable for critical research and industrial testing.

How does the Benchtop Temperature Test Chamber LBTT-A10 manage power interruptions during testing?

The Benchtop Temperature Test Chamber LBTT-A10 includes a built-in power-off memory function to retain the most recent settings and data during a power failure. This function ensures that set values, sampling data, and timing parameters are not lost. Additionally, it features battery-protected RAM that secures stored data against unexpected shutdowns. This capability is crucial in maintaining uninterrupted test continuity and accuracy. It eliminates the need for manual reprogramming after restoration of power. The chamber resumes operations without compromising the test cycle. Such protection increases reliability in sensitive testing processes.

What control features enhance user experience on the Benchtop Temperature Test Chamber LBTT-A10?

The Benchtop Temperature Test Chamber LBTT-A10 provides a human-computer interaction system designed with user convenience in mind. It features a modern touchscreen interface for easy navigation and control. Set values, action status, and temperature profiles are clearly displayed for constant monitoring. The interface reduces complexity, allowing even non-technical users to operate it efficiently. Programmable temperature cycles can be customized based on test requirements. The system supports both manual and automatic operational modes. This enhances workflow efficiency and test accuracy across various applications.

How is temperature uniformity and accuracy maintained in the Benchtop Temperature Test Chamber LBTT-A10?

The Benchtop Temperature Test Chamber LBTT-A10 is equipped with an efficient air circulation and temperature regulation system. It ensures that temperature is evenly distributed throughout the interior space. Sensors monitor and adjust internal conditions in real time to reduce fluctuations. This consistency is crucial for tests requiring precise environmental control. The thermal insulation structure minimizes external influence and heat loss. Advanced controllers allow fine-tuning of temperature setpoints and gradients.

Can users monitor test progress in real time on the Benchtop Temperature Test Chamber LBTT-A10?

Yes, the Benchtop Temperature Test Chamber LBTT-A10 displays the real-time status of programmed actions and environmental conditions. The interface keeps users updated on current temperature values and testing stages. Alerts and status indicators help notify users of deviations or errors. This live monitoring capability increases confidence in the test process. It also supports better decision-making and quicker intervention when required. The system stores historical data, which can be reviewed for verification or analysis. Overall, this improves test transparency and documentation accuracy.

Benchtop Temperature Test Chamber LBTT-A12

Name: Benchtop Temperature Test Chamber LBTT-A12
Brand: Labtron
SKU: LBTT-A12
Rating: 4.8 (689 reviews)

Benchtop Temperature Test Chamber LBTT-A12 operates with a noise level of ≤75 dB. It features a user-friendly human-computer interaction system with intuitive touch input and control. The chamber includes battery-protected RAM that stores set values, sampling data, and time information. It features a power-off memory function that offers data preservation in the event of a power failure. Our chamber is ideal for testing in electronics, semiconductors, aerospace, telecommunications, and pharmaceutical industries.

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Capacity	36 L
Temperature Range	- 70 ℃ to + 180 ℃ (Optional +150 ℃)
Floor Space	0.52 m²
Operating Ambient Temperature	+5 to +35 °C
Temperature Uniformity	≤ 2.0 °C
Temperature Fluctuation	± 0.5 ℃
Heating Rate	- 70 ℃ to + 100 ℃, (3 ℃/min)
Cooling Rate	+ 20 ℃ to – 70 ℃, (3 ℃/min)
Controller	7-inch color touch screen controller
Communication Interface	USB, RS-232/485, and LAN
Refrigeration System	Hermetic compressor, single stage or cascade refrigeration system
Interior Chamber Material	SUS304 stainless-steel plate
Exterior Chamber Material	High quality cold rolled steel plate, surface electrostatic powder coating
Insulation Material	Rigid polyurethane foam insulation layer, flame retardant grade B2
Power Consumption	3.5 KW
Power supply	AC 380V ±10% 50Hz / AC 220V ±10% 50Hz
Internal Dimensions	300 × 400 × 300 mm
External Dimensions	510 × 830 × 1020 mm
Package Dimensions	760 × 1160 × 1220 mm
Net Weight	150 Kg
Gross Weight	175 Kg

Customization Options
Integration Capability
Compact Design
Cost-Effective Solution
Easy Installation and Operation

Our chamber is widely used for testing in electronics, semiconductors, aerospace, telecommunications, pharmaceuticals, automotive components, defense applications, research laboratories, quality control, and various industrial product validations.

Accessories	Quantity	Unit
Observation Window light	1	Set
Mobile casters (with foot cups)	4	Pieces
Cable ports (50 mm with silicone plugs)	2	Units
Sample racks	2	Layers
Internal lighting	1	Set
Power cord	5	Meters

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Models of Benchtop Temperature Test Chamber

Labtron Benchtop Temperature Test Chambers offer a precise temperature range from –70℃ to +180℃, ensuring dependable performance across diverse testing applications. They are compact in design, allowing them to fit easily into limited laboratory spaces without compromising performance. They feature electronic over-temperature protection devices to enhance operational safety. Their mechanical compression refrigeration system ensures stable and efficient cooling. Our chambers are ideal for electronics, pharmaceuticals, automotive, and aerospace industries.

Benchtop Temperature Test Chamber LBTT-A10

Capacity : 36 L
Temperature Range : - 20 ℃ to + 180 ℃ (Optional +150 ℃)
Floor Space : 0.52 m²
Operating Ambient Temperature : +5 to +35 °C

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Benchtop Temperature Test Chamber LBTT-A11

Capacity : 36 L
Temperature Range : - 40 ℃ to + 180 ℃ (Optional +150 ℃)
Floor Space : 0.52 m²
Operating Ambient Temperature : +5 to +35 °C

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Benchtop Temperature Test Chamber LBTT-A12 FAQ's

The Benchtop Temperature Test Chamber LBTT-A10 is designed with a noise level of ?75 dB, making it suitable for laboratories or environments requiring low acoustic disturbance. Its compact benchtop design allows easy installation in space-constrained settings. The chamber offers stable temperature performance to ensure reliable results during precision testing. It includes an intuitive user interface that facilitates easy monitoring and control. With touch-based control, users can efficiently adjust settings without complex training. It also features power-off memory and RAM backup to prevent data loss. These features make it dependable for critical research and industrial testing.
The Benchtop Temperature Test Chamber LBTT-A10 includes a built-in power-off memory function to retain the most recent settings and data during a power failure. This function ensures that set values, sampling data, and timing parameters are not lost. Additionally, it features battery-protected RAM that secures stored data against unexpected shutdowns. This capability is crucial in maintaining uninterrupted test continuity and accuracy. It eliminates the need for manual reprogramming after restoration of power. The chamber resumes operations without compromising the test cycle. Such protection increases reliability in sensitive testing processes.
The Benchtop Temperature Test Chamber LBTT-A10 provides a human-computer interaction system designed with user convenience in mind. It features a modern touchscreen interface for easy navigation and control. Set values, action status, and temperature profiles are clearly displayed for constant monitoring. The interface reduces complexity, allowing even non-technical users to operate it efficiently. Programmable temperature cycles can be customized based on test requirements. The system supports both manual and automatic operational modes. This enhances workflow efficiency and test accuracy across various applications.
The Benchtop Temperature Test Chamber LBTT-A10 is equipped with an efficient air circulation and temperature regulation system. It ensures that temperature is evenly distributed throughout the interior space. Sensors monitor and adjust internal conditions in real time to reduce fluctuations. This consistency is crucial for tests requiring precise environmental control. The thermal insulation structure minimizes external influence and heat loss. Advanced controllers allow fine-tuning of temperature setpoints and gradients.
Yes, the Benchtop Temperature Test Chamber LBTT-A10 displays the real-time status of programmed actions and environmental conditions. The interface keeps users updated on current temperature values and testing stages. Alerts and status indicators help notify users of deviations or errors. This live monitoring capability increases confidence in the test process. It also supports better decision-making and quicker intervention when required. The system stores historical data, which can be reviewed for verification or analysis. Overall, this improves test transparency and documentation accuracy.