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Tenney Classic Series
Our Classic line of Tenney Series test chambers employ leading edge technology with the most efficient and environmentally friendly test equipment possible. State-of-the art controllers allow precise, effective monitoring and programming of your chamber. An exact blend of insulations ensure efficient chamber operation and maximize floor space by minimizing equipment footprints. Time-proven mechanical refrigeration, in single or cascade systems, allow years of worry-free use. And, environmentally safe CFC-free refrigerants provide the safety you demand.

• Vapor-tight interior liners made of 100% stainless steel
• Control system for chambers with humidity provides fully automatic, PID, chamber control through a user-friendly alpha-numeric display
• Temperature only models come standard with Watlow 942 controls
• Chambers with humidity are constructed of 100% non-corroding parts and have a low-water protection system
• Uniform conditions are assured through the use of a vertical-down recirculating conditioning stream

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Tenney ETC Ultimate Series
The ETC Ultimate Series features integrated options to provide reliability, quiet operation, and proven performance for your testing requirements.

Airflow uniformity is achieved by a ceiling plenum that diffuses the conditioned air down vertically through the chamber. This top to bottom air circulation guarantees stable and consistent performance over the testing period.

The Pro-Touch screen control system provides precise control and monitoring of chamber operations and can be easily accessed from remote locations.

This control system features RS-232 serial communications and 3 ½” floppy disk drive. Environmental conditions within the chamber can be viewed in real time on the graphical display.The Pro-Touch system offers ease of useThe Pro-Touch system offers ease of use through built-in set-up wizards, on-line help, and Ethernet Communications is standard.

The ETC Ultimate Series uses the latest in HFC environmentally friendly refrigerants, which generate much lower compressor temperatures.

All standard models use scroll compressors. The scroll compressor replaces standard, hermetic or semi-hermetic units, providing a more reliable system. Unlike conventional compressors, which use about 15 parts to compress the refrigerant gas, scroll compressors use only four moving parts. Fewer parts means fewer failures. Compressors operating at lower internal temperatures translate into fewer failures and longer life. Multiple heating and cooling systems are available, as well as a diverse list of options that together will create the chamber to accommodate your specific application.

Ultimately, you will receive the Tenney quality you've come to appreciate and expect because we work to design chambers for your testing requirements.

Features:

• Fastest Transition Rates
• Quietest Operation
• High Reliability Refrigeration System
• Improved Cost of Ownership
• Designed for Your Testing Requirements

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Tenney T2 series
Tenney's new T2 Chamber is capable of simulating a wide range of temperature and humidity conditions while utilizing minimal floor space. These chambers are well suited for use in electronics, military, and pharmaceutical quality assurance and reliability testing, as well as research testing and production processes. In keeping with the needs if today's lab, we specifically designed these chambers to have a compact exterior, yet an ample interior workspace to maximize valuable floor space.

• All models feature vapor-tight, continously welded stainless steel interiors
• New design allocates space within the interior of the cabinet for all standard options, which greatly improves the mobility of the unit as well as the overall appearance
• New touch screen controller provides precise control over chamber operations and monitoring, and is mounted at eye level (VT III and 942 are not touch screen)
• Workspace height has been lowered to provide efficient loading and unloading of product
• The sensors provide excellent control and display accuracy with minimum maintenance
• New design provides maximum performance with minimum footprint
• Uniform conditions are assured through the use of a vertical-down recirculating conditioning system