PACE1000 – Druckanzeiger

Beschreibung

Hochpräzise Druckanzeiger für Prüfstand-, Tisch- und Schalttafeleinbau-Anwendungen zur Kalibrierung, Prüfung und Überwachung.

Die PACE1000-Reihe bietet eine große Auswahl an Standard-Druckbereichen mit drei Präzisionsstufen, damit Sie das passende Gerät für Ihre Spezifikations- und Budgetanforderungen auswählen können.

Das PACE1000-Farb-Touchscreen-Display kann vom Benutzer so konfiguriert werden, dass bis zu drei Druckmesswerte aus insgesamt fünf möglichen Sensoreingängen angezeigt werden: drei interne Sensoren und zwei externe universelle Druckmodule.
Die Anzeige lässt sich zudem als Zahlenwert oder Grafik darstellen sowie als Differenz P1–P2, wenn mehr als zwei Sensoren installiert sind. Die angezeigten Werte können über einen benutzerdefinierten Zeitraum, mit Abtastrate und Trigger protokolliert werden. Alle Drucksensormessungen können über einen der Kommunikationsports retransmittiert werden.

IRS0-, IRS1-, IRS2- und IRS3-Sensoren bieten unterschiedliche Standardpräzision ab 0,01 % FS einschließlich Linearität, Hysterese, Wiederholbarkeit und Temperatureinflüssen.

IRS0 Standardpräzision 0,01 % FS einschließlich Linearität, Hysterese, Wiederholbarkeit und Temperatureinflüssen. Für heruntergeregelte Varianten: 1300 mbar Präzision = 0,0154 % FS; 2600 mbar Präzision = 0,0135 % FS

IRS1 Hochpräzision 0,005 % FS einschließlich Linearität, Hysterese, Wiederholbarkeit und Temperatureinflüssen. Für heruntergeregelte Varianten: 1300 mbar Präzision = 0,0077 % FS; 2600 mbar Präzision = 0,0067 % FS
IRS2 Premiumpräzision 0,0025 % FS einschließlich Linearität, Hysterese, Wiederholbarkeit und Temperatureinflüssen. Für heruntergeregelte Varianten: 1300 mbar Präzision = 0,0038 % FS; 2600 mbar Präzision = 0,0034 % FS
IRS3 Referenzpräzision: 2 und 3,5 bar absolut 0,0010 % FS einschließlich Linearität, Hysterese, Wiederholbarkeit und Temperatureinflüssen; 8–211 bar absolut 0,0015 % FS einschließlich Linearität, Hysterese, Wiederholbarkeit und Temperatureinflüssen* Für heruntergeregelte Varianten: 1300 mbar Präzision = 0,0015 % FS; 2600 mbar Präzision = 0,0015 % FS

IRS Langzeitstabilität: IRS0–IRS3 1300–3500 mbar absolut 0,0025 % FS pro Jahr, Barometer 0,05 mBara/0,00072515 psi pro Jahr. IRS3 8–211 bar absolut 0,001 % FS pro 28 Tage*, Barometer 0,05 mBara/0,00072515 psi pro Jahr

Branchen

Wafer Fabrication

Druck have sensors specifically designed to operate in the semiconductor industry Druck have a strong pedigree providing high performance pressure sensors and pressure modules into critical equipment OEM supplying silicon wafer fabrication, semiconductor…

Semiconductor

The role of semiconductors is vital Semiconductors are integral components across a wide range of applications and industries. From consumer electronics, communications, and transportation to energy and healthcare, the role of semiconductors is vital to …

Raumfahrt

Seit mehr als 30 Jahren liefert Druck Druckmesslösungen für Raumfahrtprogramme weltweit. Unsere flugqualifizierten Sensoren werden in Trägerraketen, Satelliten und bemannten Raumfahrzeugen eingesetzt und liefern Genauigkeit unter extremen Bedingungen wie…

Pharma

Druck Produkte helfen der Pharmaindustrie, während der Arzneimittelproduktion konstante Bedingungen aufrechtzuerhalten und sicherzustellen, dass jede Charge die erforderlichen Qualitätsstandards erfüllt. Das ist entscheidend für Wirksamkeit und Sicherhei…

Nuklear

In der Kernenergiebranche sind Präzision und Zuverlässigkeit entscheidend, um Sicherheit und Effizienz zu gewährleisten. Druck hat sich als führend in der Druckmesstechnik etabliert und bietet Lösungen, die den strengen Anforderungen nuklearer Anwendunge…

Medical

Accurate pressure measurements improve diagnosis and treatment and can enhance patient safety through reduced risk of misdiagnosis. Accurate measurements also allow for better monitoring of conditions and optimize the use of medical devices such as venti…

Energieerzeugung

In the dynamic and demanding power generation market, precision and reliability are paramount. Druck has been at the forefront of pressure sensing technology for over 50 years, providing innovative solutions that ensure optimal performance and safety in …

Electronics Manufacturing

Precise pressure control is vital for manufacture Druck, is a globally recognized leader in precision pressure measurement and calibration solutions, widely used in electronics manufacturing. Their products are essential for ensuring accuracy, reliabilit…

Anwendungen

Druckkalibrierung und Druckprüfung

FAQs

The display update rate is 2 Hz.

However if you use the Maximum/Minimum Monitor to detect the Maximum pressure then the Scan Rate can be increased to give 10Hz.

The rear case of the DPI 104IS is not available as a spare part.
Special tooling is required to fit the pressure sensor into the case, we do not offer a repair service on the DPI 104IS.

With the scaling factor set to 1, the Voltage Output will be 0V to 5V corresponding to 0 to Full scale Pressure.
The accuracy of Voltage Output is 0.1% FS above 50mV, below 50mV no accuracy is specified.

The sensor to PCB cable is available as a spare part, the part number is IS104-2.

The instrument has detected an error at start up. First try resetting (restoring) the instrument by holding down all four buttons until the instrument goes off, the instrument will then restart.
If this does not cure the problem then check the transducer lead for bad connections or replace the lead if a spare one is available. If the transducer lead is OK then disconnect the battery for a few seconds and then re-connect it.
If the error is still present then the instrument will need to be returned/replaced.

You cannot switch over the mainboards as the mainboard contains all the calibration and temperature compensation data for the sensor, effectively the PCB and sensor are matched.

From the menu select the Tare function. Change the Tare function from „t off“ to „t on“ (leave the tA value set to zero), exit from the menu.

With the instrument displaying the pressure reading hold down the Enter key until „done“ is displayed. The pressure reading
should now read zero.

The Quick Fit Adaptor is the same as the swivel connection on the PV62XG pressure bases, DPI 611 and DPI 612.

This allows the use of the IO620-HOSE’s and the IO620-BSP/NPT adaptors.

The remote gauge sensor is capable of measuring negative pressure but it is usually only calibrated in the Positive direction.
Negative Calibration is something we offer as an option on the DPI 705.
Below is what we state on the datasheet for Negative Calibration.
Please note there is no adjustment for the Negative direction, so accuracy is quoted as a percentage of the compound range. For a ±350 mbar sensor this would be a range of 700mbar.
Unless Negative Calibration is ordered at the time of manufacture there is no guarantee that the instrument will meet this specification as sometimes we need to select the sensor in order to meet the Negative specification.

For the DPI 705E it was recommended by our chief engineer to use the Autoclave 9/16 x 18 UNF connection on high pressure ranges (≥350 bar) due to the stress on the connection and to comply with the Pressure Equipment Directive (PED).
We do not supply adaptors for this connection as accessories with the DPI 705E, but we do supply an adaptor for the DPI 104 and PACE 1000 that have the same connection.
The adaptor used on the DPI 104 is a 9/16 x 18 UNF female to 3/8 BSP male, part number 182-190.
The adaptor used on the PACE 1000 is a 9/16 x 18 UNF female to 1/8 NPT female, part number IO-ADAPT-9/16AC.
If these are not suitable then alternatives are available from pressure fittings companies such as Swagelok, Parker, Staffordshire Hydraulics etc.

IMPORTANT NOTE: The PACE 1000 adapter IO-ADAPT-9/16AC has a pressure rating of 15000 psi / 1000 bar. Therefore the adapter is suitable for the DPI 705E internal ranges 350 bar/700 bar and external ranges 350 bar/700 bar/1000 bar but would it not be suitable for the external 1400 bar range.

The part numbers for the battery terminals with the pin pre-fitted are:
Positive Terminal IA2505-1-V0
Negative Terminal IA2505-2-V0

The display update rate is 2 Hz.

However for the DPI705 non IS version the same carry case is used for both instruments.

The carry case for the DPI 705E-IS is different to the carry case for the DPI 705-IS.

IO705B, carry case for the standard DPI 705 and IO705E-CASE, carry case for the standard DPI 705E both have the same internal part number.

The date stated on the calibration certificate is correct.

During manufacture the internal sensor of the DPI 705E is calibrated on a production calibration rig.
The sensors have an inhouse calibration period of 15 months and if unused will be recalibrated every 3 months.
This ensures that once fitted into a DPI 705E the calibration period will be at least 12 months when the instrument is shipped.
This is mentioned in section 3.1.4 of the user manual.

Downloads

Dateityp
TypTitelSpracheFormatDownload
DatasheetsDruck PACE1000 DatasheetEnglishPDFDownload
User ManualsDruck PACE SCPI Remote Communications Manual K0472EnglishPDFDownload
User ManualsDruck PACE 1000 User Manual K0470EnglishPDFDownload
User ManualsDruck PACE1000 User Manual KJ0470JapanesePDFDownload
User ManualsDruck PACE1000 User Manual KP0470PortuguesePDFDownload
Calibration ManualDruck PACE Calibration Manual K0450EnglishPDFDownload
Calibration ManualDruck PACE Calibration Manual KC0450ChinesePDFDownload
Calibration ManualDruck PACE Calibration Manual KD0450GermanPDFDownload
Calibration ManualDruck PACE Calibration Manual KE0450SpanishPDFDownload
Calibration ManualDruck PACE Calibration Manual KF0450FrenchPDFDownload
Calibration ManualDruck PACE Calibration Manual KI0450ItalianPDFDownload
Calibration ManualDruck PACE Calibration Manual KRU0450RussianPDFDownload
Quick start & safety guideDruck PACE1000 Safety Instruction and Installation Guide K0467MultilingualPDFDownload

Contact us

A Druck expert is ready to listen by email, contact form and phone.

[email protected]

USA & Canada: +1 346 330 1150
France: +33 562 888 250
China: +86 800 9159 966