hussman GSVM Cleaning Stainless Steel Surfaces, Refrigeration, Evacuation

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CLEANING STAINLESS STEEL SURFACES

Generally soap and water will be sufficient for most cleanings when done of- ten and regularly. When necessary, sev- eral cleaning agents can be used. Some of themare Comet, Bab-O, Liquid NuSteel, Cooper’s Stainless Steel Cleaner, and Al- len’s Stainless Steel Cleaner.

REFRIGERATION

The GSVM models employ a refrig- eration system using a hermetic compres - sor. The GSVM4060 and GSVM4072 sys - tems employ a capillary tube for refriger- ant flow control. The capillary tube is sol- dered to the suction line pull-out coil for proper heat exchange. If the capillary should become plugged or damaged for some reason it is best to replace the whole heat exchanger with a new one. Consult the factory for the proper replacement.

The GSVM-5272 employs a bleed port type expansion valve for proper re- frigerant control .

As stated previously, these cases are self- contained with the condensing unit mounted at the bottom. They are equipped with a hermetic compressor and a capillary tube. The condenser is of fin and tube construction and SHOULD BE PERIODICALLY CLEANED TO MAIN- TAIN EFFICIENT OPERATION.

If for any reason the cabinet must be recharged, consult the serial plate found inside the cabinet for the proper refriger- ant charge and weight.

If it should become necessary to leak test the system, please adhere to the follow- ing notice:

BECAUSE OF THE CFC ATMOS- PHERIC CONSIDERATIONS BEING TAKEN TODAY, WE ASK THAT LEAK TESTING BE DONE WITH REFRIGER- ANT 22 MIXED WITH NITROGEN

LEAK TESTING

The test gas cylinder must be equipped with a pressure gauge and regu- lator so that system test pressures do not exceed maximum allowable limits. Do not ever use anything other than a R-22/ Nitrogen mixture for leak testing.

Attach a refrigerant test gas cylin- der to your service manifold and connect the manifold to the charging port on the liquid line valve.

Charge an R-22/Nitrogen mixture into the system, raising the pressure to the unit’s nameplate for the low side and high side pressures. Using an electronic detec- tor, carefully check the entire system for leaks. Take special care to inspect all brazed and flare connections.

EVACUATION

After the system is proven leak tight, thoroughly evacuate the system ac- cording to the following procedure:

a.Discharge the refrigerant-nitrogen mix- ture, allowing it to blow from the sys - tem as rapidly as possible, into any empty cylinder.

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Contents OII Gsvm Table of Contents Table of Contents CON’T Introduction InspectionSkid Access Panel Removal LevelingSealing DrainsPower Requirements Power SwitchLoading Electrical BOXConnections Specifications Dimensions Refrigerant RUN Fuse Power Type Amps Amps CordShelving Maximum Weight Capacity LBS ElectricalTemperature Control Condensing Unit ShelvesThermometer Cleaning Exterior Cleaning InteriorLighting Cleaning Stainless Steel Surfaces RefrigerationEvacuation Model no Refrigerant Suction Pressure Head Pressure Type Evaporator FAN MotorsTrouble Shooting Charts Trouble Probable Cause SolutionTrouble Shooting Light Chart Problem SolutionGsvm Accessories Warranty and Parts Information Ordering Parts ReplacementWarranty Parts Procedure Compressor Replacement Procedure115 115 115 60 Hz Gsvm 52072 R-404A

GSVM specifications

Hussman Global Multi-Strategy Fund (GSVM) is a prominent investment strategy that employs a multi-faceted approach to asset allocation, blending various investment styles to capitalize on diverse market opportunities. The fund operates under the aegis of Hussman Investment Trust, founded by renowned economist and investment strategist John Hussman. The primary objective of GSVM is to achieve long-term capital appreciation while managing risk through a disciplined investment process.

One of the main features of the Hussman GSVM is its dynamic asset allocation model. This model allows the fund to adjust its exposure to various asset classes based on quantitative assessments of market conditions. The flexibility to shift between equities, fixed income, and alternative investments positions GSVM as a versatile vehicle for navigating changing market landscapes. This adaptability is particularly crucial in volatile markets, where traditional strategies may falter.

The investment philosophy of GSVM is deeply rooted in research-driven methodologies. The fund employs a rigorous analysis of economic indicators, market trends, and valuation metrics to inform its investment decisions. This analytical framework allows for informed positioning within the market, aiming to exploit mispricings while also protecting against downside risks.

One of the defining characteristics of GSVM is its focus on risk management. The fund aims to preserve capital by employing various hedging strategies and maintaining a balanced portfolio. By dynamically hedging potential risks, Hussman GSVM seeks to mitigate losses during market downturns while participating in upswings. This emphasis on risk-adjusted returns distinguishes GSVM from more traditional funds, attracting investors who prioritize capital preservation alongside growth.

In terms of technology, GSVM leverages advanced quantitative models to enhance its decision-making process. By utilizing sophisticated algorithms and data analysis techniques, the fund can evaluate vast amounts of information quickly, identifying trends and potential investment opportunities. This tech-driven approach not only informs strategic asset allocation but also improves the overall efficiency of the investment process.

In summary, Hussman GSVM embodies a comprehensive investment strategy that marries flexibility with a rigorous analytical framework. Its dynamic asset allocation, strong emphasis on risk management, and utilization of advanced technologies contribute to an investment philosophy designed to deliver consistent returns while mitigating volatility. As a result, Hussman GSVM stands out as a compelling option for investors seeking a balanced approach to capital growth and risk control.