NZCQ2120R Single Cell HTHP Consistometer (Flagship Ultimate Version)

NZCQ2120R Single Cell HTHP Consistometer (Flagship Ultimate Version)

●Maximum Temperature: 315℃(600℉)
●Maximum Pressure: 275MPa(40000psi)
●Rotation Speed:0-300 rpm
●Viscosity Range:0-100Bc
●Input Voltage: 100-110V,60Hz/220V,50Hz
●API 10 Specification
●Pressure Of Cooling Water: 0.2-0.5 MPa
●Connector Size Of Cooling Water Pipe: Innter Diameter: 10 mm
●Air Supply Pressure: 0.4-0.7 MPa
●Weight: 500kg
●Dimension(W*D*H): 64*80*177cm
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Description

Tianjin Kelioil Engineering Material and Technology Co., Ltd. is one of the leading manufacturers and suppliers of nzcq2120r single cell hthp consistometer (flagship ultimate version) in China. Please feel free to buy high quality nzcq2120r single cell hthp consistometer (flagship ultimate version) at low price from our factory. If you have any enquiry about free sample, please feel free to email us.

 

NZCQ2120R Single Cell HTHP Consistometer (Flagship Ultimate Version)

 


NZCQ2120R Single Cell HTHP Consistometer is a flagship HPHT Consistometer designed for accurate cement slurry thickening time testing under simulated downhole high temperature and high pressure conditions.

Also known as a Pressurized Consistometer or Cement Thickening Time Tester, this instrument measures slurry consistency in Bearden Units (Bc) and generates real-time thickening time curves (Bc vs time) for oilwell cementing laboratory analysis.

Model: NZCQ2120R
Type: Single Cell HPHT Consistometer
Series: Deep Ocean Series (Ultimate Version)
Application: Cement slurry thickening behavior and pumpability evaluation
Testing Standard: API Spec 10A; GB/T 10238

 

NZCQ2021R Single Cell HTHP Consistometer (Flagship Ultimate Version)

 

1. What Is the NZCQ2120R HTHP Consistometer Used For?


The NZCQ2120R HTHP Consistometer is used to test cement slurry thickening time and consistency under controlled temperature and pressure schedules. It helps cementing engineers evaluate slurry pumpability and determine whether a cement system can safely complete placement before reaching critical consistency levels.

This single cell HPHT consistometer is widely applied in:
- Oilfield cementing laboratory thickening time testing
- Cement slurry formulation design and optimization
- Cement additive evaluation (retarder, dispersant, fluid loss additive, gas migration additive, etc.)
- Quality control testing for cementing service companies
- Research and development for high temperature cement systems

 

 

 

 

2. Why Choose NZCQ2120R Flagship Single Cell HPHT Consistometer?


Large Touch Screen for Data Display and Curve Recording
The NZCQ2120R HPHT Consistometer adopts a large-size touch screen to display and record test data, including temperature, pressure, and thickening time curves. Operators can easily observe test progress and review curve graphs directly on the interface.

EUROTHERM Temperature Controller Parameter Setting via Touch Screen
Users can set and adjust EUROTHERM temperature controller parameters directly through the touch screen, avoiding complex manual operations. The concise user interface makes parameter input and modification faster and more accurate.

Stable PLC Control for Future Function Upgrades
The instrument is equipped with stable and reliable PLC control. It can meet special testing demands and allows future upgrades through programming, making this model a long-term solution for modern cement testing laboratories.

One-Button Automatic Operation
After setting the test parameters, the system can operate automatically with one-button operation. This reduces human errors and improves testing efficiency compared with conventional HPHT consistometers.

Automatic Pressure Regulation to Simulate Downhole Conditions
During testing, the instrument can regulate pressure automatically according to API requirements, ensuring accurate simulation of downhole high temperature and high pressure conditions. This improves test reliability and reduces deviations caused by manual pressure adjustment.

Optimized Potentiometer (Accurate, Durable, Easy Calibration)
The optimized potentiometer design improves accuracy and durability. It is easier to calibrate and clean, supporting stable consistency measurement performance. The system allows convenient calibration to 0Bc and helps reduce frequent mechanical adjustment compared with conventional designs.

Smart Calibration System
The smart calibration system reduces the need for frequent spring adjustment. Once the zero point is corrected, the instrument can maintain stable measurement performance, improving repeatability and saving time for lab technicians.

Oil Level Tracking and Real-Time Monitoring
The change of oil level in the oil reservoir can be tracked, and the progress of oil filling and oil return can be monitored in real time through the touch screen. An oil level indicator is also available for direct observation.

Oil Level Sensor Alarm Protection
The oil level sensor can automatically send warning signals when the oil reservoir has insufficient oil or when the oil reservoir is filled up. This prevents operator negligence and enhances safe operation.

Alarm Reasons Displayed Clearly on Screen
Unlike conventional HPHT consistometers that only provide alarm indicators, NZCQ2120R displays alarm reasons directly on the touch screen. This improves troubleshooting efficiency and reduces downtime.

Shorter Cool-Down Time with Built-In Cast-Aluminum Chiller
The built-in cast-aluminum chiller improves cooling efficiency by accelerating heat diffusion and enlarging the contact surface. This design can effectively shorten cool-down time and improve overall test turnaround speed.

External Chiller Connection for Sub-Ambient Temperature Testing
With connection to an external chiller, tests below ambient temperature can be conducted. This feature expands the testing range and supports special cement slurry evaluation requirements.

Stainless Steel Surface for Enhanced Durability
The surface of the instrument is made of stainless steel, improving durability, corrosion resistance, and long-term reliability in cementing laboratories.

Emergency Manual Valve Design for Safe Operation
Both electrically operated valves and manually operated valves are available for the cooling system, air exhaust system, and air-to-cylinder system. In emergency situations (such as power failure), operators can end the test using manually operated valves only.

 

 

 

 

3. Technical Specifications of NZCQ2120R Single Cell HTHP Consistometer

 

 

 

Item Specification
Model NZCQ2120R
Type Single Cell HPHT Consistometer
Maximum Temperature 315 degrees Celsius
Maximum Pressure 275 MPa
Consistency Measurement Range 0-100 Bc
Consistency Unit Bearden Units (Bc)
Temperature Controller EUROTHERM (parameter setting via touch screen)
Control System PLC
Cooling System Built-in cast-aluminum chiller + external chiller connection (optional)
Pressure Regulation Automatic pressure regulation
Stirring Speed 0-300 rpm
Data Output Curve display and recording on touch screen; screenshots export/save supported
Power Supply AC 100-110V 60Hz;220V 50Hz
Dimensions 64*80*177cm
Weight 500kg
Heater Power

4000 w

Input Power 4500 w

 

 

 

4. API Standards Supported by This HPHT Consistometer


The NZCQ2120R HPHT Consistometer is designed to satisfy oilwell cement testing requirements and provide stable temperature and pressure control performance. Test results are in conformance with standards of API and related specifications, supporting oilwell cement API certification requirements.

Supported standards may include:
- API Spec 10A
- GB/T 10238 


The instrument can follow temperature and pressure schedules to simulate downhole conditions, including BHCT and BHST testing requirements.

 

 

 

 

5. Real-Time Monitoring: Thickening Time Curve (Bc vs Time)


The NZCQ2120R cement thickening time tester provides real-time display of test curves and operating parameters through the touch screen. Operators can clearly monitor:
- Consistency curve (Bc vs time)
- Temperature curve
- Pressure curve
- Test status and alarm information

Real-Time Monitoring
Users can take screenshots and output/save these screenshots for laboratory reports and traceable documentation.

 

 

 

 

6. Oil Level Monitoring System for Safer HPHT Testing


Unlike conventional HPHT consistometers, the NZCQ2120R includes a complete oil level monitoring system. The oil level change in the oil reservoir can be tracked in real time, and the oil filling/oil return process can be monitored directly through the touch screen.

Key advantages include:
- Oil level sensor alarm when oil is insufficient
- Oil level sensor alarm when reservoir is filled up
- Oil level indicator for direct manual observation
Oil Level Monitoring System for Safer HPHT Testing
This system significantly reduces the risk of abnormal test interruptions caused by overlooked oil level issues.

 

 

 

 

7. Improved Cooling Efficiency and Faster Turnaround


The built-in cast-aluminum chiller is designed with a stainless steel coil pipe, improving cooling efficiency and extending service life. The optimized cooling structure enlarges the heat exchange surface and accelerates heat diffusion, effectively shortening cool-down time compared with conventional chillers.

For special test conditions, the system can be connected to an external chiller to conduct sub-ambient temperature tests (below room temperature).

 

 

 

 

8. Valve System Design: Automatic Operation + Emergency Manual Control


The NZCQ2120R HTHP Consistometer integrates both electrically operated valves and manually operated valves. This provides flexible operation and improved safety.

Valve systems include:
- Cooling system valves
- Air exhaust system valves
- Air-to-cylinder system valves

In emergency situations such as power failure, operators can stop the test and safely release pressure using manual valves only.

 

 

 

 

9. Typical Applications for Cement Slurry and Cement Additive Testing


The NZCQ2120R single cell HPHT consistometer is widely used to evaluate thickening time performance for various oilwell cement slurry systems, including:
- Class G / Class H cement slurry systems
- High temperature cement slurry systems
- Salt-resistant cement slurry systems
- Lightweight cement slurry systems

 

 

10. Single Cell vs Dual Cell HPHT Consistometer: Which One Is Better?


Many customers ask whether a single cell HPHT consistometer is enough or a dual cell model is required. The choice depends on laboratory workload and testing efficiency requirements.

Single Cell HPHT Consistometer (NZCQ2120R)
- Ideal for standard cement slurry testing and routine QC
- Lower maintenance cost compared with dual cell models
- Suitable for labs testing one slurry sample at a time
- More compact structure and easier operation

Dual Cell HPHT Consistometer (NZCQ2220R)
- Two independent test cells allow simultaneous testing
- Higher efficiency for busy cementing laboratories
- Suitable for cementing service companies and R&D centers

If you require a dual cell flagship model, we can also provide: 【DUAL CELL NZCQ2220R】.

 

 

 

 

11. Advantages Over Conventional HPHT Consistometers


Compared with conventional pressurized consistometers, the NZCQ2120R flagship model provides significant improvements:
- Touch screen parameter input instead of complicated buttons
- Clear curve display and real-time data monitoring
- One-button automatic operation for higher efficiency
- Faster cooling with built-in cast-aluminum chiller
- Alarm reasons displayed directly for quick troubleshooting
- Oil level sensor protection to prevent oil shortage risks
- Smart calibration system to reduce frequent spring adjustment
- Optimized potentiometer for better accuracy and longer service life

 

 

 

 

12. Delivery, Installation and After-Sales Support


We provide full technical support for the NZCQ2120R HPHT Consistometer, including:
- Operation manual and installation guide
- Online commissioning support
- Training for laboratory operators
- Spare parts supply and maintenance service
- Warranty: 【12 months】

Delivery lead time: 【One Month】
Packing: export standard wooden case

 

 

 

 

13. Frequently Asked Questions (FAQ)


Q1: Is NZCQ2120R an API compliant HTHP consistometer?
A: The NZCQ2120R HTHP Consistometer is designed for oilwell cement thickening time testing according to API requirements. API compliance documents can be provided upon request.

Q2: What is the maximum pressure and maximum temperature of NZCQ2120R?
A: Maximum pressure is 275 MPa and maximum temperature is 315 degrees Celsius.

Q3: Does the system support automatic pressure regulation?
A: Yes. The instrument can regulate pressure automatically during testing to reduce errors caused by manual adjustment and to simulate downhole pressure conditions accurately.

Q4: Can users save and export test curves?
A: Yes. The touch screen can display curve graphs clearly, and users can take screenshots and output/save these screenshots for lab reports and records.

Q5: What spare parts are recommended for long-term operation?
A: We recommend ordering spare seal kits, gasket kits, and spare sensors according to usage frequency. A recommended spare parts list can be provided upon request.

 

 

 

 

14. Request a Quote for NZCQ2120R Single Cell HTHP Consistometer


If you are looking for a reliable HTHP Consistometer or cement thickening time tester for oilwell cementing laboratory applications, please contact us for quotation and full technical specifications.

We can provide:
- Full datasheet and technical specification sheet
- Recommended spare parts list
- Quotation and delivery schedule

Company: Tianjin Nithons Technology Co., Ltd.

 

 

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