- Single-channel pressure controller housing
- Compatible with any interchangeable PACE CM module
- Ideal for end-of-line tests as well as laboratory and workshop environments due to compact design and high control stability
- Highest precision: Measurement accuracy up to 0.001% of full scale (FS) for the most demanding calibration and testing applications.
- Pressure range: 25 mbar – 210 bar
- Industry-leading controller performance (speed, accuracy, and stability) for both small and large volumes
- Highest measurement accuracy with minimal measurement uncertainty (12-month specification)
- Completely redesigned user interface with larger display area
- Simple and intuitive menu structure with context-sensitive help
- Test bench connectivity with HDMI monitor output, mouse and keyboard
- “Drop-in” replacement for PACE5000 with backward compatibility of control modules
- Improved diagnostic tools
- Windows USB driver with automatic installation
- Standards-compliant communication: GPIB IEEE-488, RS232, SCPI-99, USBTMC, LXI 1.6 standard (VXI-11 & HiSLIP), NI IVI-C and LabVIEW-certified instrument drivers
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| User Manual |
- Dual-channel pressure controller housing
- Can operate with two CM modules in single, auto-ranging, or dual mode
- No restriction on pressure ratio between channels
- High flexibility – suitable for both industrial and laboratory use
- Highest precision: Measurement accuracy up to 0.001% of full scale (FS) for the most demanding calibration and testing applications.
- Pressure range: 25 mbar – 210 bar
- Industry-leading controller performance (speed, accuracy, and stability) for both small and large volumes
- Highest measurement accuracy with minimal measurement uncertainty (12-month specification)
- Completely redesigned user interface with larger display area
- Simple and intuitive menu structure with context-sensitive help
- Test bench connectivity with HDMI monitor output, mouse and keyboard
- “Drop-in” replacement for PACE5000 with backward compatibility of control modules
- Improved diagnostic tools
- Windows USB driver with automatic installation
- Standards-compliant communication: GPIB IEEE-488, RS232, SCPI-99, USBTMC, LXI 1.6 standard (VXI-11 & HiSLIP), NI IVI-C and LabVIEW-certified instrument drivers
| Datasheet |
| User Manual |
- Total accuracy of 3 Pa / 0.03 mbar using Druck TERPS resonant silicon technology
- Configurable for a wide range of applications with 1, 2, or 3 reference sensors from 200 kPa to 21.1 MPa
- Comprehensive yet easy-to-use platform—from laboratory barometer to practical calibration standard
- Compact, robust transfer standard ideal for on-site testing and interlaboratory comparisons
- Versatile performance maintained over a wide range of environmental conditions and test media
- Precision of 10 ppm Full Scale (FS)
- Long-term stability up to 15 ppm Full Scale (FS) per year
- Optional barometric reference available
| Datasheet |
| User Manual |
No longer available. — Recommended alternative: PACE5000 E Modular High-Precision Pressure Controller
- Choice of enclosures and interchangeable control modules
- Configurations with single, dual, or auto-range control modules
- High-speed pressure control – 5 seconds to fill 300 CC*
- Up to 210 bar (3000 psi / 21 MPa) gauge and absolute pressure
- Precision up to 0.001 % of full scale (FS) over the calibrated temperature range
- Accuracy – see CM3 accuracy table:
- 2, 3.5 bar: 0.0016 % of reading + 0.0033 % FS
- 8–71 bar: 0.0011 % of reading + 0.0026 % FS
- Long-term stability from 0.001 % of full scale (FS)
- Optional barometric reference
- Utilizes DRUCK’s new, unique sensor range
- 28 selectable pressure units and four user-defined units
- Switch test, leak test, test program, burst test, analog output, and voltage-free (dry contact) relays
- Aeronautical option
- Negative calibration of the instrument included as standard
- High-resolution color touchscreen for operation
- Intuitive, task-oriented menu structure
- Compatible with software packages
- RS232, IEEE connectivity, Ethernet, and USB as standard
| Datasheet |
| User Manual |
- Dual-channel pressure controller housing (for use with two PACE CM control modules)
- Supports single, dual, and auto-range pressure control
- High pressure control speed – fills 300 cm³ in just 5 seconds*
- Pressure ranges up to 210 bar (3000 psi / 21 MPa), gauge and absolute
- Precision up to 0.001% of full scale (FS) over the calibrated temperature range
- Long-term stability from 0.001% of full scale (FS)
- Optional barometric reference available
- 28 selectable pressure units and four user-defined units
- Automated functions: switch test, leak test, test program, burst test
- Analog output signals and voltage-free (dry contact) relay outputs
- Aeronautical option for pressure, altitude, airspeed, Mach number, and rate of climb (PACE 6000 only)
- Negative calibration of the measurement range included as standard
- 7-inch color touchscreen with VGA resolution
- Intuitive, task-based menu navigation
- Compatible with calibration and control software
- RS232, IEEE-488, Ethernet, and USB as standard communication interfaces
- Modular system with interchangeable CM control modules
- Wide selection of pressure ranges and accuracy classes (Standard, High, Premium, Reference)
- Digital control for high stability and fast response times
| Datasheet |
| User Manual |
| Calibration Manual |
- Single or multiple pressure range configurations available
- Up to three pressures displayed simultaneously
- Utilizes Druck’s innovative piezo-resistive and resonant pressure sensor technology
- Pressure measurement ranges up to 1000 bar (14,500 psi / 100 MPa)
- Precision selectable up to 0.001% Full Scale (FS)
- Long-term stability up to 0.001% FS per year
- Optional barometric reference
- Airfield task as standard with barometer option: Display QFE, QFF, or QNH in pressure units or altitude in feet/meters
- Negative gauge calibration included as standard
- Data logging as standard with on-screen replay
- Selectable numeric or graphic display
- High-resolution touchscreen
- Intuitive icon-driven menu structure
- Switch test/analogue output option
- Switch test/voltage-free contact option
- Aeronautical option
- Leak test option
- RS232, IEEE, Ethernet, and USB interfaces as standard
- Min/Max/Average value display
- Compatible with software packages
- 28 selectable pressure units plus 4 user-defined units
- Various service and support options available
| Datasheet |
| User Manual |
- Pressure ranges: 1 ... 1,000 mbar (0.01 ... 14.5 psi)
- Accuracy: to 0.1 % FS
- Integrated, automatic pressure generation
- Portable, also usable without power supply unit due to Li-Ion battery
- Simple operation
 Datasheet |
| User Manual |
- Pressure ranges: -1 ... 210 bar (-15 ... 3,045 psi)
- Control speed 10 s
- Control stability < 0.005 % FS
- Accuracy to 0.02 % IS (IntelliScale)
- Precision 0.008 % FS
| Datasheet |
| User Manual |
- Pressure ranges: 0 ... 700 bar (0 ... 10,000 psi)
- Control speed 30 s
- Control stability 0.008 % FS
- Accuracy down to 0.01 % IS (IntelliScale)
| Datasheet |
| User Manual |
- Pressure ranges: -1 ... 210 bar (-15 ... 3,045 psi)
- Control speed 15 s
- Control stability < 0.003 % FS (typical 0.001 % FS)
- Accuracy down to 0.01 % IS (IntelliScale)
- Precision 0.004 % FS
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- Pressure ranges: -1 ... 400 bar [-15 ... 6,000 psi] in the pressure types positive and negative gauge pressure al well as absolute pressure
- Up to three integrated, interchangeable reference pressure sensors
- Control stability 0.002 % of the span
- Accuracy down to 0.008 % IS (IntelliScale)
- Precision 0.004 % FS
| Datasheet |
| User Manual |
- Pressure ranges: 75 ... 10,000 psi up to 290 ... 23,000 psi (5 ... 700 bar up to 20 ... 1,600 bar)
- Pressure medium: Hydraulic oil or water
- Control stability: 0.005 % of FS
- Accuracy: to 0.01 % of FS
- Interchangeable reference pressure sensors
| Datasheet |
| User Manual |
- Pressure ranges: -1 ... 210 bar [-15 ... 3,045 psi]
- Control speed < 4 seconds for 25 % FS steps
- Accuracy: to 0.02 % FS
- PACE emulation
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- Automated and self-contained pressure generation and control from -0.9 bar to 70 bar (1,000) psi
- Standard accuracy to 0.02% of Span*
- Optional precision accuracy models up to 0.01% of Span
- Two removable internal pressure modules for multi-range selection
- Control stability to 0.003% of Span
- Portable, designed for use in the field and in the lab
- Ability to measure two external pressure modules
- Wi-Fi, Bluetooth, USB and Ethernet communication
- HART and profibus communication
- Data logging and task management
- Patented electric pump technology and improved speed
| Datasheet |
| User Manual |
- Automated pressure generation and control to 10,000 psi (700 Bar)
- Accuracy to 0.01%FS
- Dual-range manual or auto select
- Control stability ≤ 0.005%FS
- Portable - designed for use in the field and in the lab
- Control by optional external pressure modules
- Supports two external pressure modules
- Wi-Fi, LAN, Bluetooth, USB and Ethernet communication
- Full HART field communicator
- HART and PROFIBUS communication
- Data logging and task management
- Patented electric pump technology
| Datasheet |
- Individuelle Prüfeinrichtung für Werkstatt, Prozess und Service
- Automatische Druckregler PACE 5000/ PACE 6000 integriert
- Für wählbare Messbereiche von -1 … 0 … +210 bar
- Automatische Vorgabe der Prüfpunkte, Rampen über Touchscreen
- Genauigkeit: 0,05 bis zu 0,0015 % FS
- Großes TFT-Touchscreen
- Eingebaute N2-Stickstoffflasche mit präzisem manuellen Druckregler (auf Wunsch externe Druckflasche)
- Eingebaute Vakuumpumpe für Unterdruck / Absolutdruck (auf Wunsch auch ohne Vakuumpumpe)
- Eingebaut analog Manometer für Vakuum, Überdruck und Flaschendruck
- Externe Nachfüllung der N2_Stickstoffflasche über Minimess
- Prüflingsanschluss über Minimess-Schnellkupplung
- Betrieb an Netz 230 V AC 50 Hz oder Batterie-Betrieb
- Robuster abschließbarer Alukoffer
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- Interchangeable reference sensors that can be changed via the front
- Large colour touchscreen with all necessary information
- Control stability 0.001 % of span
- Accuracy up to 0.009 % IS-50 (IntelliScale)
| Datasheet |
- On-site selection of pressure range from the GENii PM620/PM620T pressure module family.
- Built-in barometer for accurate pseudo-pressure measurement.
- Hybrid pressure generation and control from -0.9 barg (-13 psi) to 20 barg (300 psi).
- Automatic selection between manual pressure generation, automatic generation, or venting with large test volume capacity.
- Fully automatic pressure generation and control for precise setpoint maintenance.
- Minimization of field leaks using quick-fit pressure adapters.
- Physical or *Bluetooth® wireless connection to a DPI620G electrical calibrator.
- Field-replaceable rechargeable battery pack.
- Autonomous calibration assistant for storing procedures and calibration data.
| Datasheet |
| User Manual |
- Pressure ranges from -14.35 psi (-0.99 bar) to 3600 psi (250 bar).
- Two removable internal pressure modules with multi-range selection.
- Available accuracies of 0.02% FS, 0.1% FS, and 0.011% RD.
- Control stability of 0.003% FS.
- Ultra-fast pressure control.
- Absolute and gauge pressure measurement.
- WiFi-enabled communication.
- Large 7-inch color touchscreen.
- Optional barometric module.
- User-friendly, icon-driven interface.
- I/O alarm function.
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- Multicalibration of up to 7 test items possible
- Templates for the creation of calibration certificates and logger protocols
- Flexibility through individual settings
- Simple operation and set-up of the software
- SQL database independent from Microsoft® Access®
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- Gas Pressure System
- Range from -1 to 1000 bar
- Setting the variable volume with hub
- Pressure Gauge (digital or analog possible)
Automatic Pressure Controllers – Fast, Repeatable Pressure Calibration
Automatic pressure controllers generate, control, and stabilize pressure fully automatically—from the mbar/Pa range up to high pressure, depending on model and whether used with gases or liquids. They accelerate calibration of transmitters, pressure switches, and gauges with sequences (step/ramp/sweep), auto-stabilization, hysteresis runs, and automatic reports.
ICS Schneider Messtechnik supplies controllers, reference sensors, media handling, adapters, and software—including DAkkS/ISO calibration, uncertainty analysis, and integration with CAQ/CMMS/ERP.
FAQ on Automatic Pressure Controllers
Answers on selection, media, accuracy, sequences, safety, and documentation—for lab, production, and service.
What are automatic pressure controllers ideal for?
For high throughput and repeatable calibrations with freely configurable sequences, low scatter, and complete traceability—in the lab and at end-of-line test.
Gas or liquid—which medium fits best?
| Criterion | Gas (air/N₂) | Liquid (oil/water) |
|---|---|---|
| Cleanliness | No medium carryover | Medium contact possible |
| Dynamics | Fast rise times | Very stable control |
| Pressure range | mbar to mid high pressure | Very high pressures achievable |
| Typical use cases | Transmitters/switches, mbar–bar | High pressure, small dead volume |
What accuracy is practical?
Rule of thumb: 4:1 to 10:1 ratio between controller/reference accuracy and the DUT tolerance. Consider the total error band (temperature, drift, stability).
How do I choose pressure range and resolution?
Cover the DUT range with 20–30% headroom. For mbar/Pa ranges prioritize high resolution, low leakage, and minimal dead volume.
Which operating modes are typically supported?
- Setpoint/Hold – reach and hold a target pressure
- Step/Ramp – automatic point lists or ramps
- Sweep – continuous characterization
- Leak/Hold – tightness and stability testing
What does a good calibration sequence look like?
Example: 0 → 25 → 50 → 75 → 100 → 75 → 50 → 25 → 0 % FS, each point with auto-stabilization, multiple readings, and up/down runs for hysteresis.
Which interfaces matter?
USB/Ethernet, optional Modbus/TCP or other fieldbuses, plus digital I/Os for switch tests; open API for CAQ/CMMS connectivity.
How is compliant documentation achieved?
Automatic data capture, templates, e-signature, and audit trail; export as PDF/CSV including ambient data, sequence, deviations, and uncertainty.
Can I test absolute, gauge, and differential pressure?
Yes—with suitable references/modules: gauge for most process devices, absolute for vacuum/barometry, and differential for filters/flow.
How do I integrate reference sensors?
Use the controller’s internal calibrated references or attach external reference modules; close the control loop to the most precise reference.
What safety aspects apply?
- Observe medium/pressure limits; enable pressure limiting
- Use tested hoses/adapters and secure fixtures
- Change pressure moderately; never disconnect under pressure
Tips for very low pressures (mbar/Pa)
Choose controllers with fine control, minimal dead volume, temperature stability, and—if needed—barometric compensation.
How do I size for multiple DUTs?
Consider flow/control capacity and response time; add a volume booster/bypass or multiple outputs if required.
Which software features are essential?
- Sequence editor (step/ramp/sweep), auto-stabilization
- Limits/interlocks, switch test with timestamp
- User/role management, audit trail
How often should I recalibrate?
References typically annually (usage dependent) to DAkkS/ISO; perform function checks more frequently with heavy use. Maintain filters/media per manual.
Which accessories are useful?
| Accessory | Benefit |
|---|---|
| G/NPT adapter set | Fast connection to a wide range of DUTs |
| Seal kit (NBR/FKM/PTFE) | Low leakage, repeatable results |
| Fine volume/damper | Improved stability and fine control |
| Carrying case | Protected, mobile use |
Do you support design and ROI analysis?
Yes. We define sequences, target uncertainty, media/connection concept, and reports—and compare the ROI versus manual calibration.