Tensile Test Chamber ToronTTC-60-300
Tensile Test Chamber ToronTTC-60-300 is designed to meet precise temperature requirements for material testing. It features a fully enclosed compressor refrigeration system and utilizes a PID-controlled temperature system for exceptional accuracy and minimal temperature fluctuations. A centrifugal fan ensures consistent airflow, maintaining uniform conditions within the chamber.
This high-performance testing equipment is ideal for universities, research institutions, and industrial material testing facilities. It integrates seamlessly with testing machines without requiring modifications and includes a track system for easy operation. During standard temperature tests, the high-temperature chamber can be moved effortlessly.
The chamber supports a wide range of material tests, including tensile, compression, bending, and shear evaluations under various temperature conditions. It is well-suited for specialized industries such as plastics and rubber, ensuring reliable performance in diverse applications.
Standards
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Metallic materials – Tensile testing at elevated temperatures
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Other relevant industry standards for high- and low-temperature testing chambers and tensile testing of metallic materials
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Key Features
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Low-temperature operation utilizes compressor refrigeration, while thermal compensation is managed through a heater with PID-controlled heating.
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Durable construction features an electrostatically coated exterior and a mirror-finish stainless steel interior. The front door includes an observation window with a demisting function and built-in lighting for easy monitoring during tests.
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Precision temperature control with a PID system ensures stability and accuracy, displaying temperatures with a precision of 0.1°C.
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Optimized airflow is achieved with a centrifugal fan, ensuring uniform temperature distribution to meet testing standards.
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Smooth integration with a guide rail system allows effortless movement of the chamber in and out of the testing machine’s workspace.
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Convenient access is provided through U-shaped openings on the top and bottom, equipped with a sealing mechanism for seamless entry and exit within the testing space.
| Temperature control range | -60～300℃ |
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| Temperature control accuracy | ≤±1℃ |
| Temperature uniformity | ≤±2℃（Axial center 200mm） |
| Cooling speed (25℃ room temp) | 1～2℃/min（Free load） |
| Heating speed | 1～3℃/min（Free load） |
| Internal Dimensions | 250×530×430mm (width x height x depth) |
| Chamber External Dimensions | 370×670×640mm (width x height x depth) |
| Tensile rod hole size | Φ50mm |
| Dimensions | Please reference the dimensions picture |
| Voltage | AC220V, 50HZ (110V is also available |
| Power | 2.6kW |
| Operating environment temperature | 5℃～30℃ |
Configuration
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Observation Window: Hollow electric-heated glass with a demisting function for clear visibility during low-temperature tests.
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Temperature Control: PID automatic temperature regulation for precise adjustments.
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Exterior Material: Cold-rolled iron plate with electrostatic coating.
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Interior Material: Mirror-finish stainless steel.
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Insulation: Aluminum silicate flame-retardant insulation.
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Illumination: One strategically placed light with an external control switch.
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Air Regulation System:
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Temperature Control: PID automatic regulation.
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Air Circulation: Centrifugal fan for uniform airflow.
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Heating Method: Stainless steel electric heater with forced ventilation and internal circulation.
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Cooling Method: Compressor-based refrigeration.
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Temperature Sensor: Platinum resistance sensor for accurate measurements.
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Sealing & Reliability: Welded cooling system piping ensures a secure and reliable seal.
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Door & Chamber Sealing: High-quality silicone strips provide an effective seal.
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Mobility: Equipped with guide rails for smooth and linear movement, making installation and removal easy.
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Refrigeration System:
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Compressor: Two high-performance Embraco fully enclosed compressors (each with a serial number) for long-term stability.
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Condensation: High-efficiency fin condenser with an outer rotor fan for optimal cooling.
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Refrigerant: Eco-friendly, fluorine-free refrigerant.
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Heat Exchanger: One stainless steel plate-type heat exchanger.
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Safety Features:
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Power overload and short-circuit protection.
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Grounding protection.
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Leakage protection.
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Compressor overheat protection.
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Over-temperature protection for the equipment.
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Dimensions
