Climatest Symor® benchtop thermal cycling chamber works as a mini type for the smaller specimens in a limited-space laboratory. A benchtop thermal cycling chamber offers the ideal conditions to test the resistance of specimens against extreme temperatures and provides an optimal testing solution with a compact volume of 12L, 22L, and 36L. The benchtop thermal test chamber has become the best seller in laboratories and research institutes.
Model: TGDW-12
Capacity: 12L
Shelf: 1pc
Color: Off-white
Interior dimension: 310×230×200 mm
Exterior dimension: 500×540×650 mm
Description
Climatest Symor® is a benchtop thermal cycling chamber manufacturer and supplier in China. This temperature test chamber is small enough to be placed on the benchtop and provides accurate, precise PID control of temperatures, and the user can perform temperature tests with a range of -40°C~+130°C.
Specification
| Model | TGDW-12 | TGDW-22 | TGDW-36 |
| Interior Dimension(W*D*H) | 310×230×200 mm | 300×250×250 mm | 400×300×300 mm |
| Exterior Dimension(W*D*H) | 500×540×650 mm | 520×560×730 mm | 640×730×970 mm |
| Temperature Range | Model A :-20°C~+130°C Model B: -40°C~+130°C | ||
| Temperature Fluctuation | ≤±0.5°C | ||
| Temperature Bias | ≤±1.0°C | ||
| Temperature Uniformity | ≤1.5°C | ||
| Heating Rate | +25℃～+130℃≤30 minutes(unload) | ||
| Cooling Rate | +25℃～-40℃≤45 minutes(unload) | ||
| Interior Material | SUS#304 brushed stainless steel | ||
| Exterior Material | Reinforced Steel plate with electrostatic spraying | ||
| Insulation | Superfine fiberglass wool/polyurethane foam | ||
| Controller | 7” Programmable touchscreen controller | ||
| Circulation System | Low-noise, high-temperature resistant motors, long axis and stainless steel multi-leaf type centrifuge fan | ||
| Heating System | NiCr heater, independent system | ||
| Refrigeration System | France "TECUMSEH" Refrigeration Compressors, air cooling | ||
| Power Supply | AC110V/220V/AC230V·50HZ/60HZ | ||
Safety protection:
·Independent temperature limiter
·Over-heat, over-current and over-pressure protection of compressor.
·Over-temperature protection, overheat of fan and motor, phase failure/reverse, and timing.
·Leakage and outage protection, overload fusing protection, audio signal alarm, power leakage, and overload protection
Key Features
▸Temperature control:
. Wide temperature range: Able to maintain temperatures from -40°C to 150°C
. Accuracy: High accuracy in maintaining set temperature conditions.
▸Rapid temperature cycling:
. Fast response time: Ability to quickly reach and maintain desired temperatures, facilitating rapid thermal cycling testing.
▸Compact design:
. Small footprint: Designed to fit on a lab bench, table or workstation.
. Portable: Lightweight and easy to move around the facility.
▸User-friendly interface:
. Digital Display: An easy-to-read display used to monitor temperature and other parameters.
. Programmable Controls: Intuitive controls for setting and adjusting temperature cycles and profiles.
▸Safety Features:
. Alarms and alarms: Built-in alarms notify users of temperature deviations.
. Overheating protection: a mechanism to prevent overheating and ensure sample safety
Benefits
·Easy installation
·Precise temperature control in small chamber
·Desktop type designed for limited space laboratory
·Over-temperature limiter
·Programmable LCD controller
·Record 365 days history data
·Temperature & humidity realtime and history profile display
·RS485 computer interface for data download
Application of benchtop thermal cycling chamber
▸Materials Science:
. Thermal Properties: Study the thermal expansion, contraction, and other temperature-related properties of materials with high precision.
. Material Durability: Evaluate the long-term durability of materials under controlled thermal cycling conditions.
▸Automotive and Aerospace:
. Component Testing: Test the performance of sensors, batteries, and other critical components under extreme temperatures, ensuring they meet safety and performance standards.
▸Electronics Industry:
. Component Reliability: Assess the reliability and performance of electronic components under extreme temperatures, leading to more robust product designs.
. Failure Prediction: Accurate temperature control helps in predicting component failures, reducing the risk of product recalls.
What benefits can you get from a benchtop thermal cycling chamber?
Benchtop thermal cycling chambers offer numerous benefits, making them an important tool for various testing and research.
▸Cost-Effectiveness: Customers can get these mini temp cycle at competitive prices, and make big progress on their research, the affordable test chamber allows small labs and businesses to perform advanced testing while using less energy and requiring less maintenance, reducing operating expenses.
▸Precision and Control: Providing precise control over a wide range of temperatures, this helps customers collect more accurate data and increase experimental efficiency.
▸Reliable performance: Stable and repeatable test conditions are critical for product testing, helping to reproduce experiments and validate scientific research results.
▸Better quality control: With many customers demanding strict compliance with regulatory standards, laboratories ensure consistent quality control processes and enhance their research capabilities.
Calibration
Each Climatest Symor® benchtop thermal cycling chamber comes with a calibration certificate calibrated by SGS, an ISO17025 accredited laboratory. We strictly control the performance and quality of our desktop temperature test chambers. Our quality control tracks the entire process from production to commissioning. At the same time, we require the SGS laboratory to calibrate again before shipment to ensure that customers are satisfied with the machine and that it can be put into use immediately after receipt.
Fix value and program setting
▸Fix value setting: 85°C
▸Programs setting: Heat up to 85°C, constant 5 hours @85°C, cool down to 30°C, constant 2 hours@30°C, cool down to 0°C, constant 6 hours @0°C, cool down to -20°C, constant 2 hours@-20°C, then take out @23°C.
How to pack benchtop thermal cycling chambers?
Step 1: Wrap a film over the entire temperature test chamber to prevent water and dust.
Step 2: Tie the bubble foam tightly to the temperature test box, and then cover the machine with a large plastic bag.
Step 3: Place the temperature test box into a reinforced polywood box with a tray at the bottom.
The packaging is strong enough to withstand bumpy sea and rail transportation, ensuring smooth product delivery to customers.
Frequently Asked Questions and Answers
Q: What is the price of the benchtop temperature test chamber?
A: If you are interested in these benchtop chambers, and want to know the prices, please reach us via email at sales@climatechambers.com to get a formal quotation.
Q: What is the lead time for delivery?
A: 7 days for standard models, and pls check with us for customized models.
Q: Is the chamber pre-calibrated, and how often does it need recalibration?
A: We calibrate before shippping, and we recommend recalibrating once every year.
Q: Does the chamber include humidity control?
A: No, if you need humidity control, pls contact our sales staff for temperature and humidity test chamber.
