Features

1. The instrument adopts a 10-inch industrial-grade color touchscreen as the human-machine interface. It is easy to operate and suitable for harsh environments. The touchscreen system offers high reliability, standardized wiring, and a modular structure. All instrument operations are performed on the touchscreen, making operation more intuitive and simple. User parameter settings, switches, buttons, and indicators are all centrally displayed on the touchscreen. It can display time, consistency values, temperature values, and trend charts, simulating a paperless recorder. It also displays measurement curves and stores data. The entire unit uses only one switch (the power switch).

2. Dual-bowl, dual-temperature control, dual-curve display, and dual-motor stirring design. The left and right bowls can perform tests at two different temperatures simultaneously, independently and without interference.

3. A water stirring impeller is installed inside the water tank, which continuously stirs the water during the test to ensure uniform temperature at all points within the tank.

4. Stainless steel rotating mechanism for corrosion resistance.

5. Quiet geared motor for low-noise operation.

Parameter
1. Power: AC220V 50Hz 3kW
2. Motor Speed: 150±15r/min
3. Display Mode: Touch Screen
4. Working Temperature Range: Room Temperature~93℃
5. Constant Temperature Control Precision: <±1℃
6. Volume of Cup: 465ml×2
7.Configuration: Dual water tanks, dual motors, capable of conducting two experiments simultaneously at different temperatures.
8. Volume：38×38×50mm

Model HSHD-1303 Sand Content Test Kit is a simple, reliable, effective, and accurate instrument device for measuring the sand content of drilling fluid. It uses the method of filter decomposition to determine the sand content. The sand content of drilling fluid refers to the percentage of sand particles with a diameter greater than 0.074mm that cannot pass through the No. 200 sieve in the drilling fluid volume.

2.Model and Specifications

3.Main Technical Parameters

4.Instrument Structure and Principle

The instrument consists of three components: filter cartridge, funnel, and glass measuring cylinder.

The filter cartridge is equipped with a (200 mesh) stainless steel mesh in the middle, with a pore size of 0.074mm.

A glass measuring cylinder is a glass measuring cylinder marked with a scale indicating the volume of the sample to be added (30ml). The percentage of sand content can be directly read, and there is a percentage scale line from 0 to 20 marked on this glass measuring cylinder.

Features
1.The pressurized curing chamber adopts fully automatic temperature and pressure control. Pressure is controlled through a preset program on the British Eurotherm controller.
2.The instrument is equipped with a micron-level water filtration device to ensure the cleanliness of the water supply, thereby extending the service life of the booster pump.
3.A cooling water jacket (independently developed by our company) is installed on the high-pressure pipeline between the chamber body and the pressure relief pump. This ensures that, during the heating process and under constant pressure, the water temperature discharged from the chamber to the relief pump meets the requirements for long-term use of the relief pump.
4.The cooling method of the pressurized curing chamber after the test is internal cooling, which offers high cooling efficiency.
5.Electric hoist lifting facilitates easy assembly and disassembly of the chamber lid.

Parameter
Maximum Temperature: 375℃
Maximum Pressure: 40MPa
Maximum Working Temperature: 300℃
Maximum Working Pressure: 34MPa
Power Supply: 220V (±10%) / 50Hz
Power: 8.2kW×2
Cooling Water: 0.1～0.4MPa
Air Supply: 0.3～0.7MPa
Overall Dimensions: 1325mm×755mm×1750mm
Net Weight: 800kg

Features
1.The pressurized curing chamber adopts fully automatic temperature and pressure control. Pressure is controlled through a preset program on the British Eurotherm controller.
2.The instrument is equipped with a micron-level water filtration device to ensure the cleanliness of the water supply, thereby extending the service life of the booster pump.
3.A cooling water jacket (independently developed by our company) is installed on the high-pressure pipeline between the chamber body and the pressure relief pump. This ensures that, during the heating process and under constant pressure, the water temperature discharged from the chamber to the relief pump meets the requirements for long-term use of the relief pump.
4.The cooling method of the pressurized curing chamber after the test is internal cooling, which offers high cooling efficiency.
5.Electric hoist lifting facilitates easy assembly and disassembly of the chamber lid.

Parameter
1.Power Supply: AC220V (±10%) 50Hz 3kW
2.Motor Speed: 150±5rpm
3.Digital PID closed-loop control with digital display
4.Working Temperature Range: Ambient ∼ 100℃
5.Temperature Control Accuracy: <±1℃
6.Slurry Cup Capacity: 465ml × 2

Features
1.Equipped with an OMRON temperature controller for high-precision temperature
control.
2.Equipped with an OMRON timer relay with alarm function.
3.Stainless steel rotating mechanism for corrosion resistance.
4.Quiet geared motor for low-noise operation.

Parameter
1.Power Supply: AC220V (±10%) 50Hz 3kW
2.Motor Speed: 150±5rpm
3.Digital PID closed-loop control with digital display
4.Working Temperature Range: Ambient ∼ 100℃
5.Temperature Control Accuracy: <±1℃
6.Slurry Cup Capacity: 465ml × 2