The SAM-I MAX and SAM-IV MAX Specific Air Monitors are continuous monitoring systems that use infrared technology to measure the concentration levels of organic compounds in ambient air, including HCFCs, HCCs, HFCs, and other refrigerants. The monitor's unique optical design allows it to be compound specific (virtually no false alarms). Concentration is measured in parts per million (ppm) from 1 ppm to 1,000 ppm and indicated on the monitor's front panel liquid crystal display (LCD).

A SAM-I MAX Monitor can monitor one sample point unless an expansion module is added. If an expansion module is used (four point or eight point), the monitor's front panel LCD continually displays the last concentration level sampled from each sample point. The SAM-IV MAX offers four ports unless the optional expansion modules are used (four or eight ports). This expands the SAM-IV MAX to seven or 11 ports. On the LCD, an arrow appears next to the sample point currently being sampled.

Features:

· Single or multiple point refrigerant monitoring.

· Customized to monitor any refrigerant including HCFC-123, HFC-134a, HCFC-22, CFC-11, CFC-12, carbon monoxide, or ammonia.

· Capable of monitoring combinations of up to three refrigerants. Each port can be calibrated for a different refrigerant.

· Complete digital control of instrument parameters through RS-422, RS-485 or optional RS-232 interface.

· Optional Windows®-based software for monitoring gas levels and controlling instrument settings remotely.

· Factory calibrated - No calibration required on start-up or for the first year.

· Modular design allows service and calibration without removing the system from the wall.

· Three adjustable alarm levels with a relay closure for each alarm level that can be used to actuate external alarm lights, horns, or emergency ventilation systems.

· Detects leaks as low as 1 ppm-no humidity calibration required.

· A transparent window on the front door of the NEMA IV cabinet is provided to allow the operator to view the display without compromising system stability.

· SAM-I MAX Monitor meets ASHRAE-15 1994 and USEPA 608 monitoring standards.

The GAS CHECK Model R2 is a portable, rechargeable leak indicator specially designed for the production leak testing of refrigeration and air conditioning components or others pressurized with a tracer gas. Light weight and cordless, the R2 will reliably locate and pinpoint leaks of CFCs and HCFCs at very low levels of leakage. The Gas Check features a choice of display units, either as a gas weight loss (gm/yr) or as a concentration of gas leakage in air (ppm). Readily calibrated against NAMAS or NIST internationally recognized standards, a unique compensating circuit automatically allows for background levels of CFCs to be subtracted out as well as limiting the effects of environmental changes (temperature and humidity). Minimum detectable leak level 3 gm/yr R134a;Response time 2 seconds, with cleardown to zero five seconds. Cordless – no trailing cable. Detector life approximately five years. Choice of standard and long probes for easy access to tight spots. Loud audible warning, brightly lighted LED visual indicator. Calibration is traceable to NAMAS or NIST standards.

AirScan^™ iR Infrared Refrigerant Gas Sensor

Manning Systems new industrial quality AirScan™ iR gas sensor is very selective to refrigerants and, because of its stabilized design platform, will provide years of service and maintain the highest level of accuracy and reliability. Manning Systems new SensorCheck™ technology gives the advantage of continually monitoring sensor performance parameters. The AirScan™ iR senses and rapidly responds to refrigerants over the range of 0-3,000 ppm and provides a linear output of 4/20 mA as a function of refrigerant concentration.

General Description

The AirScan™ iR is a true "diffusion" design sensor that does not require either pumps or filters and allows all points of detection to be monitored continuously, unlike sample draw systems. The unique features of its internal reference channel compensate for dust particles, source degradation, humidity and temperature fluctuation, food odors, chemical cleaners, etc. This means that years of use will not diminish the performance of Manning Systems new AirScan™ iR refrigerant sensor.

A solid high-mass metal bench provides structural and thermal stability, greater immunity to vibration, as well as superior EMI/RFI shielding of the detector and source. Manning Systems patented ATMOS equipped^® enclosures allow the AirScan™ iR to automatically adapt to harsh environments, including extreme temperature and humidity changes. The rugged industrial design in the NEMA 4 steel enclosure outputs a linear 4/20 mA signal that can be monitored either by Manning Systems readout/alarm units or a PLC with analog input.

AirScan™ iR can be scaled to monitor R-404a, R-22, R-507 or R-134a. Standard range for the AirScan™ iR is 0-3,000 ppm R-404a or R-22, but the unit can easily be "re-scaled" in the field to 0-500 ppm or 0-1,000 ppm if lower trip points are required.

The RapidTherm© Single Zone Chamber is an energy efficient technology utilizing a thermal storage system to achieve extremely fast air temperature change rates, of more than 60°C/minute depending on the temperatures, with NO EXPENDABLES, refrigerants, LN2 or CO2 required..

The chamber is also capable of controlling linear ramp rates of 5°C-30°C per minute. Faster average rates of change are possible depending on the starting and ending temperatures. The control system can ramp either the chamber air temperature; or by using the JC Systems FastTRAC controller capability it can directly control the ramp rate of the temperature of the device under test

The RapidTherm chamber combines a large workspace of 9.375 cubic feet with a small footprint occupying just sixteen square feet of floor space. Because of the single zone design, the device under test does not move, eliminating the need for air dampers or a basket transfer system and the associated electrical control systems. Also, unlike other chambers that need to stop the test to defrost the cold zone's cooling coil, the design of this chamber inherently defrosts the cooling coil every cycle.

Realize an immediate cost savings as the chamber fits through standard commercial double doors reducing rigging and building modification costs. Additional savings are met by the elimination of compressed air, liquid nitrogen or gaseous nitrogen services; and reduced cooling water and electrical service size requirements.

STANDARD FEATURES CONTROLLER • JC Systems model 2020 FastTRAC • Product temperature control capability • Type 'T' Thermocouple sensors • RS232 Communications • RS422 Communications • JC SYSTEMS "SMART BAND" STAGING Provides faster stabilization of a new setpoint than conventional time delay staging of the heating and cooling control outputs. • VARIABLE SPEED FANS Provides faster product temperature changes. • INDEPENDENT HIGH-LOW LIMIT Stand alone product temperature safety limit. • ELECTRICAL WIRING NFPA 79 COMPLIANT CHAMBER CONSTRUCTION • SCROLL TYPE REFRIGERATION COMPRESSORS Inherently more energy efficient, reliable, and quieter than piston compressors. • Water-cooled refrigeration • Refrigerant pressure limit switches have heavy duty ¼" tube connections that are less prone to breakage than the typical fragile capillary tube sensing lines. Capillary tube breakage often results in loss of the entire refrigerant charge. • Two 4-inch chamber access ports. • Two adjustable stainless steel wire rod shelves provided. • 2" heavy duty steel casters and adjustable legs for setting chamber's final location • Low-mass nichrome open wire heating elements reduce thermal lag in response to temperature controller heating demand. Electric heaters are shielded to prevent direct radiation into test area. • Sealed insulation areas. • Non-settling fiberglass insulation. • Inner liner continuously welded 304 stainless steel construction designed to float. This allows for unabated thermal expansion and contraction. • Door is equipped with dual silicon gaskets. • Non-corrosive electronics grade silicon sealant used for sealing projections through the inner liner

The P4000 pressure sensor for OEM refrigerant applications incorporates MEMS (silicon-micromachined) sensor technology in an all-welded stainless steel housing. This rugged device has been designed to be compatible with all HFC/HCFC refrigerants and ammonia.

P4000 pressure transducers can be used to monitor high and low side pressures in microprocessor based control systems and for refrigerant handling and recovery applications.

Available in absolute or sealed gage pressure ranges of 0–100 through 0–750 PSI, the transducers may be specified with either a current or voltage output. Process connection options include NPT and Schrader deflator fittings while electrical connector options include AMP, Packard, DIN, and Deutsch connectors.

The P4000 is a high accuracy transducer with a total error band (calibration, linearity, temperature errors, hysteresis, and repeatability) as low as ±1% of the operating temperature range of -40°C to +135°C. With high overpressure capabilities, the sensor has been designed to specifically withstand the pressure fluctuations experienced in compressor discharge situations.

These specifically-designed Intrepid Outdoor Air Conditioners are UL/CUL Recognized and approved for outdoor use to protect the enclosure against nearly all outdoor climate hazards. Sensitive internal components are shielded from invasion by the outdoor elements, while the internal enclosure environment is effectively controlled.

Cooling, dehumidification and heating (optional) are provided over a wide range of conditions. The weather protection afforded by these Air Conditioners is integral to the cabinetry, without protruding weather hoods. These units feature a sturdy aluminum exterior, gasketed flanges and tamper-resistant external fasteners to prevent vandalism or unauthorized access. An optional ultraviolet-resistant baked powder finish is available.

Powerful Kooltronic-designed blowers in both interior and ambient compartments assure maximum airflow and efficient heat transfer, even in densely-packed enclosures, for the most demanding electronic, industrial or telecommunications applications.

STANDARD FEATURES:

CLOSED-LOOP COOLING: The enclosure interior airflow system is isolated from the ambient airflow or waterflow system. No ambient air can invade the cool, dehumidified sensitive component compartment.

BALL-BEARING MOTORS: All blower motors are UL/CSA Recognized and include automatic-reset thermal overload protection and double-sealed or double-shielded precision ball bearings. Special permanent lubricants perform over a broad temperature range: -20°F [-28.9°C] to 250°F [121.1°C].

BLOWERS: All centrifugal blowers are Kooltronic-designed and built, to provide optimum airflow and pressure for each Air Conditioner design.

POWER: Available in 115 VAC, 60 Hz or 50/60 switchable and 230 VAC, 50 Hz or 60 Hz.

REFRIGERANTS: CFC-free R134a Refrigerant is used in all Air Conditioners for which compatible compressors are available. All others contain low Ozone Depleting Potential (ODP) R22 Refrigerant and are being converted to R134a as compatible compressors become available. The model number reflects the refrigerant. A 4 between the A and C signifies R134a; a 3 signifies R22. Consult KOOLTRONIC for status at time of requirement.

PERMANENT FILTERS: Multi-layer grid of sturdy, corrugated aluminum in an aluminum frame. May be reused after washing off accumulations and spraying with A-16 Recoating Adhesive.

CONDENSATE DISPOSAL: Condensate drain fitting and hose are included.

POWER CORD: All models have six foot [1.8m] SJT-type 3-wire power cords. Those rated at more than 16.0 Amps or less are supplied with appropriate plugs. Those rated at more than 16.0 Amps are supplied without plugs, for direct wiring to power source. For these, junction box connections, enabling UL Listed status where applicable, can be supplied at added cost.

INSULATION: All cold components, lines and the evaporator compartment are insulated with high-performance insulation for maximum efficiency.

GASKETING: All units are fully gasketed for tight, leakproof installation in compliance with the NEMA 3R Enclosure Rating.

QUALITY ASSURANCE: Refrigeration system components are kept sealed until charged with refrigerant; all brazed joints are thoroughly leak-tested; each unit is functionally tested before shipment.

INSTALLATION: Detailed Installation and Operator's Manual, with drawings, mounting plan and spare parts list is included with each unit.

UL/CUL RECOGNIZED: All Intrepid 8-12K BTU Series models are UL/CUL Recognized and are available as Listed at added cost.