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High-temperature Aging Chamber FM-TAC-A101

High-temperature Aging Chamber FM-TAC-A101

High-temperature Aging Chamber FM-TAC-A101 operates from ambient +20°C to 200°C, ideal for accelerated aging and thermal testing. It offers a spacious 600-liter test volume, accommodating large or multiple samples for simultaneous testing. Its multiple independent sensors ensure enhanced safety and reliable operation during extended high-temperature use. Our chamber utilizes a precise PID temperature control algorithm to ensure stable and accurate thermal conditions throughout testing. 

$7,592.00


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High-temperature Aging Chamber FM-TAC-A101 - Specifications

Test Space Volume 600 L
Temperature Range R.T +20 to 200 ℃
Temperature Constancy ±0.1 to ±0.8 ℃
Temperature Homogeneity ±0.5 to ±2.0 ℃
Temperature Deviation ±0.5 ~ ±2.0 ℃
Heat-Up Time 50 min (RT to 200℃)
Power Supply AC380V ±10%, 50Hz, 3/N/PE
Test Space Dimension (W × D × H) 850 × 700 × 1000 mm
External Dimension (W × D × H) 1250 × 980 × 1850 mm

High-temperature Aging Chamber FM-TAC-A101 - Features

  1. Patented internal air circulation system
  2. Independent specimen protection sensors
  3. Optional mobile APP management
  4. Auto exhaust function
  5. Optional remote-assist service

High-temperature Aging Chamber FM-TAC-A101 - Applications

  • High-temperature Aging Chamber FM-TAC-A101 simulates accelerated aging and is widely used in the electronics industry, automotive industry, aerospace and defense, rubber and plastics industry, medical devices, and materials research.

High-temperature Aging Chamber FM-TAC-A101 - Accessories

    • 1 Entry port Φ50mm

    • 1 Silicon stopper for entry port

    • 2 Stainless steel shelves

Alternative Models Of High-temperature Aging Chamber

Fison High-temperature Aging Chambers are designed for efficient and reliable high-heat testing, offering ample space for large-scale applications. Their advanced heat insulation ensures consistent internal conditions, even under demanding environments. Our chambers feature precise automatic temperature control through a PID algorithm, providing stable testing performance. They feature smart malfunction monitoring, multiple sensors for accuracy, and a patented air circulation system for even heat distribution. Our chambers have a sleek, modular design and optional app-based remote management, combining functionality with modern convenience.