How does the user interface support multi-step or programmed testing?

The Benchtop Temperature Test Chamber LBTT-A11 offers a programmable interface that allows users to design complex multi-step temperature cycles. Each phase can be configured with specific temperature values and duration. The system executes sequences automatically once the test begins. This is particularly useful for stress testing and endurance evaluations. The interface provides visual feedback on cycle progress and status. Users can modify or halt the program at any point if needed. This functionality increases testing flexibility and automation.

Is the Benchtop Temperature Test Chamber LBTT-A11 suitable for use in cleanroom or sterile environments?

Yes, the Benchtop Temperature Test Chamber LBTT-A11 can be installed in controlled environments such as cleanrooms or GMP labs. Its smooth surfaces and minimal external crevices make it easy to clean and sanitize. The chamber operates without generating excess particles or contaminants. It is frequently used in pharmaceutical and medical device industries. Internal components are designed to resist corrosion and contamination. Quiet operation also ensures minimal disruption in sensitive workspaces. Its compatibility with cleanroom protocols makes it a practical choice for precision-driven industries.

What materials are used in the construction of the Benchtop Temperature Test Chamber LBTT-A11, and how do they benefit testing?

The Benchtop Temperature Test Chamber LBTT-A11 is constructed using corrosion-resistant stainless steel for both inner and outer chambers. This material ensures long-term durability, even under extreme temperature cycling. Stainless steel also facilitates easy cleaning and maintenance. The insulation is made from high-density polyurethane foam to enhance thermal efficiency. This helps reduce energy loss and improves temperature stability. The chamber’s door seal is made from high-quality silicone to prevent air leakage. Together, these materials ensure robust performance, safety, and efficiency.

Can the Benchtop Temperature Test Chamber LBTT-A11 be used for accelerated life testing of components?

Yes, the Benchtop Temperature Test Chamber LBTT-A11 is well-suited for accelerated life testing (ALT) by simulating long-term environmental exposure in a short period. It can cycle components between extreme high and low temperatures repeatedly. This helps manufacturers predict product lifespan and performance reliability. The chamber supports programmable temperature profiles that mimic real-world conditions. With consistent test conditions, data obtained is highly repeatable and accurate. ALT is essential in industries like electronics, automotive, and medical devices.

What are the cable port features of the Benchtop Temperature Test Chamber LBTT-A11, and how are they useful?

The Benchtop Temperature Test Chamber LBTT-A11 includes cable ports, typically 50 mm in diameter, fitted with silicone plugs. These allow users to insert sensors, wires, or external devices without compromising chamber insulation. The silicone plugs create an airtight seal around the cables. This prevents temperature loss and protects internal test conditions. Cable ports are essential when testing powered samples or monitoring with external instruments. Multiple ports allow flexible sample setups. Their positioning is designed for easy access and safe operation.

Benchtop Temperature Test Chamber LBTT-A11

Name: Benchtop Temperature Test Chamber LBTT-A11
Brand: Labtron
SKU: LBTT-A11
Rating: 4.7 (976 reviews)

Benchtop Temperature Test Chamber LBTT-A11 features a 3.5-kW power capacity. It includes rigid polyurethane foam insulation to deliver superior thermal efficiency and energy conservation. The chamber utilizes a single-stage or cascade refrigeration system for accurate temperature control. It operates with eco-friendly refrigerants to promote sustainable testing. Our chamber is ideal for applications in telecommunication, packaging, textile, construction, and marine industries.

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Capacity	36 L
Temperature Range	- 40 ℃ 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	- 40 ℃ to + 100 ℃, (3 ℃/min)
Cooling Rate	+ 20 ℃ to – 40 ℃, (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

RS-232/485 Communication Interface
Interior Anticorrosive Coating
Noise Dampening Technology
Replaceable Door Gaskets
Multi-Language Interface

Our chamber is ideal for applications in telecommunication, packaging, textile, construction, and marine industries for testing product durability, reliability, and performance under controlled temperature conditions.

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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Benchtop Temperature Test Chamber LBTT-A11 Catalog

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-A12

Capacity : 36 L
Temperature Range : - 70 ℃ 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-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 FAQ's

The Benchtop Temperature Test Chamber LBTT-A11 offers a programmable interface that allows users to design complex multi-step temperature cycles. Each phase can be configured with specific temperature values and duration. The system executes sequences automatically once the test begins. This is particularly useful for stress testing and endurance evaluations. The interface provides visual feedback on cycle progress and status. Users can modify or halt the program at any point if needed. This functionality increases testing flexibility and automation.
Yes, the Benchtop Temperature Test Chamber LBTT-A11 can be installed in controlled environments such as cleanrooms or GMP labs. Its smooth surfaces and minimal external crevices make it easy to clean and sanitize. The chamber operates without generating excess particles or contaminants. It is frequently used in pharmaceutical and medical device industries. Internal components are designed to resist corrosion and contamination. Quiet operation also ensures minimal disruption in sensitive workspaces. Its compatibility with cleanroom protocols makes it a practical choice for precision-driven industries.
The Benchtop Temperature Test Chamber LBTT-A11 is constructed using corrosion-resistant stainless steel for both inner and outer chambers. This material ensures long-term durability, even under extreme temperature cycling. Stainless steel also facilitates easy cleaning and maintenance. The insulation is made from high-density polyurethane foam to enhance thermal efficiency. This helps reduce energy loss and improves temperature stability. The chamber’s door seal is made from high-quality silicone to prevent air leakage. Together, these materials ensure robust performance, safety, and efficiency.
Yes, the Benchtop Temperature Test Chamber LBTT-A11 is well-suited for accelerated life testing (ALT) by simulating long-term environmental exposure in a short period. It can cycle components between extreme high and low temperatures repeatedly. This helps manufacturers predict product lifespan and performance reliability. The chamber supports programmable temperature profiles that mimic real-world conditions. With consistent test conditions, data obtained is highly repeatable and accurate. ALT is essential in industries like electronics, automotive, and medical devices.
The Benchtop Temperature Test Chamber LBTT-A11 includes cable ports, typically 50 mm in diameter, fitted with silicone plugs. These allow users to insert sensors, wires, or external devices without compromising chamber insulation. The silicone plugs create an airtight seal around the cables. This prevents temperature loss and protects internal test conditions. Cable ports are essential when testing powered samples or monitoring with external instruments. Multiple ports allow flexible sample setups. Their positioning is designed for easy access and safe operation.