PACE5000 E & PACE6000 E Modular Pressure Controllers
- Modular, customizable control configurations
- 1.5 seconds stable setpoint
- 0.001% FS stability
- Piezo-resistive/TERPS sensor technology
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Description
Unveiling Modular Pressure Control Excellence
In the demanding world of precision measurement and calibration, the PACE5000 E and PACE6000 E modular pressure controllers stand as pinnacles of innovation and performance. These instruments represent a significant leap forward in pressure control technology, engineered to deliver both speed and accuracy with absolutely no compromises. At their core, these controllers offer unparalleled flexibility through the selection of chassis and interchangeable control modules. This modularity allows users to configure the system precisely to their needs, whether it’s a single, dual, or auto-range control module configuration. This adaptability is crucial for laboratories, manufacturing facilities, and R&D centers that require a versatile solution capable of handling a wide array of pressure ranges and test requirements. The ability to customize the setup ensures optimal performance for specific applications, maximizing efficiency and minimizing the need for multiple, specialized instruments. This design philosophy not only enhances the utility of the PACE E series but also future-proofs the investment, allowing for easy upgrades and reconfigurations as measurement needs evolve, making it an indispensable asset for diverse industrial and scientific applications.
Redefining Speed and Stability in Control
The PACE E series truly excels in its industry-leading controller performance, particularly concerning speed, accuracy, and stability, even when dealing with large or small volumes. Achieving a stable setpoint in as little as 1.5 seconds is a remarkable feat, showcasing the advanced control algorithms and rapid response capabilities embedded within these devices. This rapid stabilization time is a game-changer for high-throughput testing environments, significantly reducing cycle times and boosting overall productivity. Furthermore, the controllers boast an astonishing 0.001% FS control stability, ensuring that once a setpoint is reached, it is maintained with exceptional precision, free from undesirable fluctuations. This level of stability is critical for sensitive calibration processes where even minor pressure variations can impact the validity of measurements. The combination of high-speed control and unwavering stability makes the PACE E series an ideal solution for applications where both efficiency and uncompromising accuracy are paramount, setting a new benchmark for what’s achievable in precision pressure control across various industrial and scientific domains.
Precision Measurement Beyond Expectations
At the heart of the PACE E series’ exceptional performance lies its utilization of Druck’s new unique range of piezo-resistive and TERPS pressure sensor technology. This advanced sensing technology is the foundation for the highest accuracy and lowest uncertainty sensor measurement, boasting an impressive 12-month specification. This means that users can rely on the instrument’s accuracy for extended periods, reducing the frequency of recalibrations and minimizing downtime. The controllers are capable of achieving incredibly low 5Pa uncertainties, a testament to the precision and sensitivity of their sensing technology. This level of measurement certainty is vital for metrology laboratories and critical applications where every pascal matters. The PACE E series offers extensive pressure ranges, reaching up to 210 bar (3000 psi/21 MPa) for both gauge and absolute pressure, catering to a vast spectrum of pressure measurement needs. This wide range, coupled with precision down to 0.001% FS over the calibrated temperature range, and long-term stability from 0.001% FS, solidifies its position as a top-tier instrument for demanding pressure calibration and testing tasks across numerous industries.
Intuitive Interface for Seamless Interaction
The user experience of the PACE E series has been meticulously redesigned, featuring a fully redesigned user interface and a larger display area that enhances readability and ease of use. The high-resolution color touch screen operation provides a vibrant and clear visual representation of data and settings. Navigating the instrument is made effortless through its simple and intuitive icon task-driven menu structure, which minimizes the learning curve and allows users to quickly access desired functions. To further assist users, the system includes context-sensitive help, providing immediate guidance and information precisely when needed. For enhanced productivity and integration into a modern test bench environment, the PACE E series offers interfacing with HDMI monitor output, mouse, and keyboard. This capability allows users to operate the controller with external peripherals, providing a more comfortable and efficient workflow, especially for extended testing sessions or complex setups. This focus on an intuitive and adaptable user interface ensures that operators can maximize the potential of these advanced pressure controllers with minimal effort and maximum efficiency.
Versatile Applications Across Industries
The PACE5000 E and PACE6000 E modular pressure controllers are not just instruments; they are versatile solutions engineered to meet the rigorous demands of various industries and applications. In Aerospace, Defence, and Space, they are indispensable for calibrating critical altimeters and pressure sensors, ensuring the safety and performance of aircraft and spacecraft. The Energy sector relies on their precision for monitoring and controlling pressures in power generation, oil, and gas exploration. In Healthcare and Pharmaceutical, their accuracy is crucial for calibrating medical devices and validating manufacturing processes where precise pressure control is vital. The Electronic and Semi-con industries utilize these controllers for testing components and ensuring the integrity of manufacturing environments. For Transport, they support the calibration of pressure systems in automotive and railway applications. Furthermore, in Metrology and Calibration laboratories worldwide, the PACE E series serves as a reference standard, and in Environmental monitoring, it helps in assessing atmospheric conditions. Finally, in Industrial manufacturing & testing, these controllers are essential for quality control and R&D, verifying product integrity and performance.
Comprehensive Testing and Connectivity Features
Beyond their core pressure control capabilities, the PACE E series offers a comprehensive suite of testing and connectivity options, significantly expanding their utility. Standard features include switch test, leak test, test program, burst test, analogue output, and volt-free contact options. The leak test option is critical for identifying pressure drops in sealed systems, ensuring integrity in various industrial processes. The switch test functionality allows for precise calibration and verification of pressure switches, vital for safety and automation. For specialized aviation applications, the aeronautical option provides specific functionalities tailored to the industry’s unique requirements, such as QNH simulation. The inclusion of negative gauge calibration as standard ensures accurate measurements across the entire pressure spectrum. Connectivity is paramount in modern test environments, and the PACE E series delivers with RS232, IEEE connectivity, Ethernet, and USB as standard. These interfaces ensure seamless integration into existing data acquisition systems and networks, supporting remote control, data logging, and automated testing routines, making these controllers highly adaptable to diverse operational environments.
Seamless Integration and Unrivaled Support
The PACE5000 E and PACE6000 E are designed for seamless integration into existing test infrastructures. They serve as a ‘drop-in’ replacement for previous PACE5000 and PACE6000 models, ensuring control module backwards compatibility, which simplifies upgrades and minimizes disruption for existing users. This backward compatibility protects previous investments and streamlines the transition to the latest generation of pressure controllers. Furthermore, these instruments boast standards-compliant communication, including GPIB IEEE-488, RS232, SCPI-99, USBTMC, LXI 1.6 standard (VXI-11 & HiSLIP), NI IVI-C, and LabVIEW certified instrument drivers. This extensive support for industry-standard communication protocols and software environments ensures effortless integration with a wide range of test automation platforms and data analysis tools. When it comes to acquiring these advanced controllers, tpt24 stands as the premier global online store, offering an unparalleled purchasing experience. tpt24 is dedicated to delivering the PACE E series with guaranteed authenticity and quality assurance to customers in any country worldwide. This commitment ensures that regardless of your location, you receive a genuine product that meets the highest standards of performance and reliability, backed by efficient global logistics and robust customer service.
PACE E Series: The Ultimate Controller
The PACE5000 E and PACE6000 E modular pressure controllers represent the zenith of pressure control technology, combining industry-leading speed, exceptional accuracy, and unwavering stability into a highly flexible and user-friendly package. Their modular design, supported by interchangeable control modules, offers unmatched adaptability for single, dual, or auto-range configurations, catering to a broad spectrum of pressure control requirements across diverse industries. The integration of Druck’s advanced piezo-resistive and TERPS sensor technology ensures measurements with the lowest possible uncertainties, making them ideal for the most demanding calibration and R&D applications. The redesigned, intuitive touch screen interface and comprehensive connectivity options streamline operation and facilitate seamless integration into modern test environments. From critical applications in aerospace and healthcare to everyday use in manufacturing and calibration laboratories, the PACE E series delivers uncompromising performance. With comprehensive service and support options, and the global reach of tpt24 ensuring authentic and quality-assured delivery worldwide, the PACE E series is not merely a pressure controller but a complete solution designed to elevate precision and efficiency in any pressure-related task, setting the benchmark for the next generation of pressure control.
Specifications
Pressure measurement
CM0/CM1/CM2/CM3
Pressure ranges: See section 7 for a list of pressure ranges available
Over range indication: 10% above mbar/bar full scale pressure range
Pressure Media: Dry, oil free, and non-combustible gas maintained at a value of 10% above the maximum required outlet pressure, dry air or
nitrogen recommended.
Display
PACE5000 E LCD: Color display with touchscreen. 216 mm x 54 mm (8.5″ x 2.1″)
PACE6000 E LCD: Color display with touchscreen. 243 mm x 91 mm (9.6″ x 3.6″)
Comms update rate 20 times per second
Display update rate 2 times per second
Readout ±99999999
Pressure units
mbar, bar, Pa(N/m2), hPa, kPa, MPa, mmHg @ 0°C, cmHg @ 0°C, mHg @ 0°C,, inHg @ 0°C, mmH22O @ 4°C, cmH, torr, atm, psi, lb/
ft2O @ 4°C, mH2, inH2O @ 4°C, inH2O @ 4°C, mmH2O @ 20°C, inH2O @ 20°C, cmH2O @ 60°F, ftH2O @20 °C, mH2O @ 4°C, ftH2O @
20 °C, kg/m2O @ 20°C, 2, kg/cm ftH2O @ 60°F, user defined 1, user defined 2, user defined 3, user defined 4
Performance
PACE CM0 standard precision
0.02% Rdg + 0.02% FS (25 mbar: 0.20% rdg + 0.20% FS, 70 mbar: 0.10% rdg + 0.10% FS, 200 mbar: 0.04% rdg + 0.04% FS) includes
linearity, hysteresis, repeatability and temperature effects over calibrated temperature range, for gauge pressures and
assumes steady state temperature and regular zeroing.
PACE CM0 controller stability 0.005% FS
PACE CM1 high precision
0.01% Rdg + 0.01% FS (25 mbar: 0.10% rdg + 0.10% FS, 70 mbar: 0.05% rdg + 0.05% FS, 200 mbar: 0.02% rdg + 0.02% FS) includes
linearity, hysteresis, repeatability and temperature effects over calibrated temperature range, for gauge pressures and
assumes steady state temperature and regular zeroing.
PACE CM1 controller stability 0.003% FS (25mbar range = 0.005% FS)
PACE CM2 premium precision
0.005% Rdg + 0.005% FS (25 mbar: 0.05% rdg + 0.05% FS, 70 mbar: 0.025% rdg + 0.025% FS, 200 mbar: 0.01% rdg + 0.01% FS)
includes linearity, hysteresis, repeatability and temperature effects over calibrated temperature range, for gauge pressures
and assumes steady state temperature and regular zeroing.
PACE CM2 – controller stability 0.001% FS (25mbar = 0.004% FS. 70 mbar = 0.003% FS)
PACE CM3 reference precision
0.001% FS for 2, 3.5 bar a includes non-linearity, hysteresis, repeatabilty and temperature effects over calibrated temperature
range.
0.0015% FS for 8-211 bar a includes non-linearity, hysteresis, repeatabilty and temperature effects over calibrated
temperature range.
PACE CM3 controller stability 0.001% of absolute range FS
PACE CM3 accuracy
Absolute ranges 2, 3.5 bar accuracy (2 Sigma) over calibrated temperature range 0.0004%Rdg + 0.0027% FS.
8-101 bar 0.0011% RDG + 0.0026 % FS*
136 Bar 0.0025% RDG + 0.0023 % FS*
173 Bar 0.0026% RDG + 0.0022 % FS*
211 Bar 0.0027% RDG + 0.0022 % FS*
Includes measurement precision, measurement long-term stability (see below) and calibration equipment expanded
uncertainty. Pseudo gauge range accuracy (3.5bara and below) will need to include the barometer uncertainty using the RSS
(root sum of squares) method.
*To meet annual CM3 accuracy specification, zeroing against a barometric reference is recommended every 28 days. The long-term stability spec will be
subject to the specification of the barometric reference used, quoted figures are for CM3-B.
Specifications






