DatasheetTable of Contents
- What Is the PACE5000E?
- Why Choose the PACE5000E Instead of the PACE6000E?
- Modular Instrument Concept
- Advantages of Optional CM3 Control Modules
- High Control Speed and Stability
- Easy Operation via Touchscreen
- Applications and Industries
- Practical Example: Calibration Laboratory
- PACE5000E for End-of-Line Testing
- Integration into Calibration and Test Systems
- Optional Test Methods
- Long-Term Stability
- Frequently Asked Questions
What Is the PACE5000E?
The PACE5000E is a modular high-precision pressure controller for generating, controlling, and measuring pressure. The system was developed specifically for calibration laboratories, production test benches, research facilities, and automated test processes.
By combining fast pressure control, high stability, and interchangeable control modules, the PACE5000E is suitable for precise calibration tasks as well as automated pressure testing in production. Depending on the installed CM or optional CM3 control module, different pressure ranges and accuracy classes can be achieved.
The modular design allows flexible adaptation to new measurement tasks without replacing the complete system.
Why Choose the PACE5000E Instead of the PACE6000E?
Many applications do not require a second independent pressure control channel. For calibration tasks with a single device under test, the PACE5000E provides a compact and cost-effective single-channel solution.
PACE5000E vs. PACE6000E Comparison
| Feature | PACE5000E | PACE6000E |
|---|---|---|
| Control Channels | 1 | Up to 2 |
| Instrument Concept | Single-channel pressure controller | Dual-channel pressure controller |
| CM3 Compatibility | Yes, optional | Yes, optional |
| Auto-Ranging | Depending on configuration | Especially suitable with two modules |
| Simultaneous Pressure Control | No | Yes |
| Space Requirement | Lower | Higher |
| Investment Costs | Lower | Higher |
| Typical Application | Calibration laboratory, service, production | Multi-channel test bench, R&D, end-of-line testing |
When Is the PACE5000E the Better Choice?
- When only one pressure channel is required
- When a single device under test is calibrated or tested
- When a compact instrument for laboratory, service, or production use is needed
- When high accuracy is required with lower system costs
- When existing test benches need to be automated easily
Modular Instrument Concept
PACE5000E Chassis
- Single-channel pressure controller chassis
- Compatible with interchangeable PACE CM or CM3 control modules
- Ideal for calibration laboratories, end-of-line testing, and workshop environments
- Compact design with high control speed and stability
PACE Control Modules
- Interchangeable control modules with valves, sensors, and manifolds
- Easy adaptation to different pressure ranges
- Control modules can be replaced without removing the base instrument
- Only the module needs to be calibrated or serviced
- The chassis can remain permanently installed
For applications requiring two independent pressure control channels, the PACE6000E is available as an alternative.
Advantages of Optional CM3 Control Modules
For particularly demanding accuracy requirements, the PACE5000E and PACE6000E can be equipped with optional CM3 control modules. These modules combine pressure sensor, control technology, and calibration data in one compact unit.
TERPS Technology for Maximum Precision
The optional CM3 control modules use TERPS technology. TERPS stands for Trench Etched Resonant Pressure Sensor and enables particularly precise and stable pressure measurement.
- Very high resolution
- High repeatability
- Low hysteresis
- Excellent long-term stability
- High temperature stability
High Long-Term Stability
The CM3 control modules are designed for minimal drift and long-term reliable measurement results.
- Fewer recalibrations
- Reduced operating costs
- High availability
- Long-term stable measurement results
Low Measurement Uncertainty
The low measurement uncertainty makes the PACE5000E a suitable solution for demanding calibration tasks, reference measurements, and automated test processes.
- Suitable for calibration laboratories
- Suitable for factory calibrations
- Suitable for research and development
- Suitable for production and end-of-line testing
High Control Speed and Stability
- Response time in high-speed mode: approx. 1.5 seconds*
- Response time in high-accuracy mode: ≤ 3 seconds**
- Stability down to ≤ 0.001 % FS
- Fast pressure control even in automated test sequences
* Optimum conditions, external volume < 100 ml
** For larger volumes, control time may increase by up to 2 seconds
Easy Operation via Touchscreen
The modern touchscreen interface enables intuitive operation and quick access to all important functions.
- Display of measured pressure and active pressure range
- Easy switching between pressure ranges and units
- Direct setpoint entry
- Clear menu structure
- Quick access to calibration and test functions
Applications and Industries
The PACE5000E is suitable for laboratory, production, research, and calibration applications in many industries.
- Aerospace
- Defense
- Energy supply
- Healthcare and pharmaceutical industry
- Electronics and semiconductor industry
- Transport
- Metrology and calibration
- Environmental technology
- General industry
Practical Example: Calibration Laboratory
A calibration laboratory regularly tests pressure transmitters, pressure switches, and digital pressure gauges. Since only one device under test is connected at a time, a single-channel pressure controller is often the most economical solution.
The PACE5000E provides:
- High pressure control accuracy
- Stable measurement results
- Simple operation
- Compact integration at the test station
- Reduced investment costs
PACE5000E for End-of-Line Testing
The PACE5000E is ideally suited for automated test processes in production. Its high control speed and stability enable short test cycles with high repeatability.
Practical Example: Pressure Sensor Production
In series production, pressure sensors must be tested and documented automatically.
- Pressure generation according to a defined test program
- Stable pressure points for reproducible measurement values
- Integration into test software or PLC systems
- Reduction of manual operating errors
- Short test times with high repeatability
Integration into Calibration and Test Systems
LXI™ LAN Extension
- Seamless integration into existing networks
- Remote maintenance and fault diagnosis
- Firmware updates via network
4Sight2 Calibration Software
- Management of test equipment and calibration status
- Automated calibration and test sequences
- Measurement uncertainty calculation
- Certificate generation
- Paperless calibration processes
- Trend and drift analysis
With 4Sight2, for example, the following tasks can be automated:
- Calibration of pressure transmitters
- Calibration of pressure switches
- Calibration of digital pressure gauges
- End-of-line testing
- Calibration of third-party equipment
Optional Test Methods
Leak Test
The leak test determines the pressure loss of a system using defined pressure steps. After stabilization, the pressure difference and leak rate are displayed automatically.
Burst Pressure Test
During burst pressure testing, a device under test is pressurized until failure occurs. The exact burst pressure is recorded and documented automatically.
Long-Term Stability
Druck develops and manufactures its sensors in-house. This helps ensure that the specified accuracies are maintained over the long term. Low drift reduces recalibration effort and helps lower operating costs.
Frequently Asked Questions About the PACE5000E
What Is the Difference Between the PACE5000E and the PACE6000E?
The PACE5000E is a single-channel pressure controller. The PACE6000E can be equipped with up to two independent pressure control channels.
Which Applications Is the PACE5000E Suitable For?
The PACE5000E is suitable for calibration laboratories, single test stations, service applications, production testing, and automated test systems.
Does the PACE5000E Support CM3 Modules?
Yes, the PACE5000E can be used with modern CM3 control modules.
What Is TERPS Technology?
TERPS is a resonant pressure sensing technology developed for highly precise, stable, and repeatable pressure measurement.
Can the PACE5000E Be Operated Automatically?
Yes, the PACE5000E can be integrated into automated test and calibration systems via various interfaces.
Is the PACE5000E Suitable for End-of-Line Testing?
Yes, especially for repeatable production testing, the PACE5000E is a very suitable solution.
Can the Control Module Be Replaced?
Yes, the PACE control modules are interchangeable and allow flexible adaptation to different pressure ranges.
When Should I Choose the PACE6000E Instead of the PACE5000E?
The PACE6000E is the better choice when two independent pressure control channels or parallel test procedures are required.
