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Detailed parameters:

The Pressurized Curing Chambers, Series TG-7370, are specifically designed to prepare cement samples for comprehensive strength testing in strict accordance with API Specification 10, Section 7.

These Pressurized Curing Chambers contain pressure vessels with controlled heating rates, and are used to cure standard two-inch cement cube samples.

The TG-7370 are intended for the ranges of pressures up to 5000 psi (35 MPa), and temperatures up to 700°F (370℃).The TG-7370A and TG-7370D are intended for the ranges of pressures up to 3480 psi (24 MPa), and temperatures up to 700°F (370℃).

Cement slurries for testing are initially mixed with a Shenyang Taige TG-3060 Constant Speed Mixer in compliance with Section 5 of API Spec 10. The slurry is then poured into slurry molds and the molds are lowered into the pressure vessel. The pressure vessel is brought up to temperature and pressure to meet the conditions of the specific well being studied. (Typical values for the increase of temperature and pressure on the samples in the molds are detailed in API Spec 10.) Testing to determine the compressive strength of samples is usually done after the samples have been in the pressure vessels for periods of 8, 12, and 24 hours, and seven days.

The Series of TG-7370 Pressurized Curing Chambers are used in laboratories involved in oil well cement research programs, research and testing of cement additives, cement manufacturer’s quality assurance programs, and in the research and field laboratories of well servicing companies.

Various models of the Series TG-7370 are available. These units, with their options, cover a wide range of operational temperatures and pressures to stimulate a wide variety of down-hole conditions. Both single and dual cell units are available.

The dual cell units offer the advantages of a minimum requirement of laboratory space. They also offer a slightly lower cost per cell because two pressure vessels are combined into one cabinet.

Shipping Dimensions Weight and Heater Power

MODEL	Dimension	Weight	Heater Power
TG-7370	33x30x72(In) 84x75x 183(cm)	1105(lbs) 500(Kg)	4500watts
TG-7370A	33x26x57(In) 84x66x144(cm)	880(lbs) 400(Kg)	6500watts
TG-7370D	48x26x57(In) 122x66x144(cm)	1760(lbs) 800(Kg)	9000watts

Specifications Table

	TG-7370	TG-7370A	TG-7370D
Input voltage	220 VAC 50/60Hz	220 VAC 50/60Hz	220 VAC 50/60Hz
Maximum Temperature	700℉ (370℃)	700℉ (370℃)	700℉ (370℃)
Maximum Pressures	3480Psi(24MPa)	5075Psi(35MPa)	3480Psi(24MPa)
Operating Temperatures	32° to 120°F (0 °C to50°C)	32° to 120°F (0 °C to50°C)	32° to 120°F (0 °C to50°C)
Temperature controller	BritainEUROTHERM	BritainEUROTHERM	Britain EUROTHERM
Compressed Air	0.8MPa	0.8MPa	0.8MPa
Cooling Water	50°F to 104°F (10°Cto 40°C)	50°F to 104°F (10°Cto 40°C)	50°F to 104°F (10°Cto 40°C)
Cooling Water DrainConnection	(1/4 NPT) 1/4 inch National pipe thread	(1/4 NPT) 1/4 inch National pipe thread		(1/4 NPT) 1/4 inch National pipe thread
Difference	Single cell Autocontroll rises and falls Module	Single cell		dual cells

FEATURES

★ Microprocessor-based temperature controller

★ High wattage heater

★ Stainless steel pressure vessel

★ Metal-to-metal sealing ring

★ Operating temperatures to 700°F (370°C)

★ Operating pressures to 25,000 psi

★ Easy to operate, rugged design Proven design

★ Stainless steel enclosure

★ Cooling jacket on pressure vessel

★ Single or dual cells available

★ Factory tested to maximum operating specifications

★ Special long life metal-to-metal “Bridgeman” seal developed by Shenyang Taige has proven to be extremely reliable under high temperature stress and does not require cooling.

★ Units operate to extremely high temperatures and pressures to include well conditions with geothermal temperatures and ultra deep pressures.

★ The cooling jacket surrounding the pressure vessel permits the circulation of a cooling fluid to cool the chamber quickly maximizing the number of tests that can be run in a day.

★ Dual cell units are cost efficient and take less laboratory space than two single cells.

OPERATIONS

Operation of the Shenyang Taige Pressurized Curing Chamber is simple. All of the operational controls are conveniently located on the front panel. (The temperature controls can be remotely located if desired. See options.) The control parameters for temperature and pressure are easily read on the panel gauges and digital indicators.

The temperature control of the samples is maintained with a microprocessor-based Temperture Controller. The Temperature Controller has programmable capability so the “dual slope” temperature profiles, as required by API Spec 10, can easily be set by the operator via the panel keypad. This ease of setting the temperature profile is a great improvement over any previous temperature control device. In addition to controlling the rise in temperature and holding the temperature constant over the curing period, the Temperature Controller will control the cooling rate at the end of the test in conjunction with the application of cooling water.

Pressure is generated with an air-operated high-pressure pump, and control is maintained with a pressure relief valve.

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Pressurized Curing Chamber TG-7370

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