Baker Hughes Druck ADROIT6000 User manual

Druck.com
ADROIT6000
Pressure Sensor
Instruction Manual
nbn Austria GmbH

Copyright 2020 Baker Hughes Company.
English–ADROIT6000 Instruction Manual | 1
1. Introduction
1.1 Manufacturer
The identified manufacturer of this sensor is:
Druck Limited
Fir Tree Lane, Groby, Leicester, LE6 0FH, England. United Kingdom.
Telephone: [phone]; Fax: [phone]
Internet: Druck.com
Under the instruction of Druck Limited, the pressure sensors may also be manufactured in China
by:
GE Sensing & Inspection (Changzhou) Co. Ltd.
Building 9, Jintong International Industrial Park, No. 8 Xihu Road, Wujin High-Tech Industrial
Zone, Changzhou, Jiangsu China 213164, China.
Each sensor is marked to indicate the country of manufacture.
2. Description
2.1 Purpose
ADROIT6### pressure sensors (hereinafter referred to as sensors) are designed for continuous
measurement and conversion of gauge, atmospheric, absolute and differential pressure into an
analogue output signal of direct current or voltage.
ADROIT is a family of modern pressure sensors of modular design, the parameters of which are
chosen by the customer at the time of order.
2.2 Technical Specification
Refer to the appropriate ADROIT6### data sheet for technical specifications and explanation of
the product model number.
Model numbers appended with a eight-digit alphanumeric string denote the use of a customer-
specific specification drawing indicating the use of additions or deviations to the data sheet
specification. Refer to the specification drawing if applicable.

Copyright 2020 Baker Hughes Company.
2 | ADROIT6000 Instruction Manual–English
2.3 Markings
The sensor will be marked with:
Refer to figure above and explanation below:
1. Model number. Refer to the product datasheet for identification.
Note: If the model number is followed by eight characters ‘-########’, refer to
manufacturer’s specification drawing ########.
2. Serial number.
3. Pressure units, pressure reference.
4. Supply voltage limits.
Note: Factory calibrated at 15 V.
5. Signal range and units.
6. Manufacturer’s name and address.
7. Country of assembly.
3. Installation and Operation
3.1 General Requirements
When the sensor is received, check the completeness in accordance with the supplied Calibration
Certificate.
Read and understand all the related data before installing and using the sensor. This includes all
local safety procedures and installation standards, this document and the product datasheet or
specification drawing.
To identify the electrical and pressure connections, refer to the calibration certificate.
Ensure the sensor is mounted in a manner that avoids unwanted mechanical or thermal stress
such as vibration, shock or excessive or rapid temperatures excursions.
A male pressure connector must not be sealed against the base of the thread.
The ambient temperature and the process media temperature to be measured must not exceed
the ranges specified in the sensor specification.
For both gaseous and liquid media operating at low temperatures it is necessary to exclude
crystallization or freezing components of the media from the working chambers and connecting
pipelines.
ADROIT6###
PRESSURE SENSOR
ADROIT6###-T#-A#-CD-H0-P##
S/N ########
### TO ### ### #
Supply: ## TO ## V ## mA
Output: ### TO ### ##
DRUCK LTD. LEICESTER, LE6 0FH, UK
MADE IN #####
[1]
[2]
[3]
[4]
[5]
[6]
[7]
98

Copyright 2020 Baker Hughes Company.
English–ADROIT6000 Instruction Manual | 3
The materials used for the primary enclosure and pressure bearing surfaces are identified in the
product data sheet or, if applicable, the specification drawing. Make sure that the materials are
applicable for the installation.
Before using the sensor, remove the plastic/rubber protection cap from the pressure connector.
3.2 Safety Measures
The operation of sensors in systems where the pressure may exceed the overload values
specified in the data sheet or customer-specific specification drawing is not allowed.
Connection and detachment of sensors from the mains supplying the pressure of the medium to
be measured must be done after the shut-off valve is closed from the process and the pressure
in the working chamber is made equal to atmospheric.
The connecting pipes should have a one-way slope (not less than 1:10) from the pressure
collection point up to the sensor, if the medium to be measured is gas, and down to the sensor if
the medium is liquid. If this is not possible, when measuring gas pressure at the lower points of
the connecting lines, it is necessary to install sludge vessels, and when measuring the liquid
pressure at the highest points, install gas collectors.
Selected devices for mounting sensors should be mounted on straight sections, at the maximum
possible distance from pumps, locking devices, elbows, expansion joints and other hydraulic
devices. It is especially not recommended to install sensors in front of the shut-off device if the
medium to be measured is liquid. If water hammer exists in the system, it is recommended to
install a hydraulic shock dampener.
Attach the sensor in a safe configuration that prevents unwanted stress (vibration, physical
impact, shock, mechanical and thermal stresses). Do not install the sensor where it can be
damaged by a material that causes corrosion. Provide additional protection for the sensor if it may
be damaged in service.
When installing power supply and signal wiring, the possibility of condensate entering the sensor
cable entry should be avoided.
3.3 Earthing (Grounding)
Connect the earth (ground) connections applicable to the installation.
3.4 Maintenance
The sensor contains no moving parts and requires a minimum of maintenance.
Do not try to do repairs to this sensor. Return the sensor to the manufacturer or an approved
service agent.
3.4.1 Visual Inspection
Inspect the sensor for damage and corrosion. Any damage to the sensor must be assessed. If
the housing is no longer sealed against water and/or dust, the sensor must be replaced.
3.4.2 Cleaning
Clean the case with a damp lint-free cloth and mild detergent.
If the product has been in contact with hazardous or toxic materials, obey all the applicable
Control of Substances Hazardous to Health (COSHH) or Material Safety Data Sheet (MSDS)
references and precautions when handling.
3.4.3 Metrological Characteristics
The metrological characteristics of the sensor correspond to the declared values during the inter-
testing interval as long as the consumer observes the storage, transportation and operation rules
specified in this manual.

Copyright 2020 Baker Hughes Company.
4 | ADROIT6000 Instruction Manual–English
3.5 Storage and Transport
Sensors in an individual package are to be transported by any kind of closed transport, in
accordance with the rules of transportation of goods acting on each mode of transport.
3.6 Returned Goods Procedure
If the sensor requires calibration or is unserviceable, return it to the nearest Druck Service Centre
listed at: Druck.com
Contact the Service Department to obtain a Return Goods/Material Authorization (RGA or RMA).
Provide the following information on either a RGA or RMA:
• Product (e.g. ADROIT6200)
• Serial number
• Details of defect/work to be undertaken
• Calibration traceability requirements
• Operating conditions
3.7 Calibration and Adjustment
Calibration data can be collected from the sensor using standard reference pressure sources and
electrical measurement devices. Follow standard calibration procedures.
To optimize performance, it is recommended that calibration data is collected with the sensor:
a. In the same physical orientation as in use.
b. With the same supply voltage as in use.
The sensors are calibrated during manufacture in the orientation pressure connector down and
with the supply voltage at 15 V. Supply voltage sensitivity is less than 0.005% FS/V.
To adjust the Zero only: a value of pressure applied and electrical signal output as close to, but
not below the lower range limit (LRL) of the sensor as practical must be recorded.
To adjust Zero and Span: values of pressure applied and electrical signal output, a Zero reading
as close to, but not below the LRL, and full scale reading as close to, but not above the upper
range limit (URL) as practical must be recorded.
Once this data is collected, the Zero setting or Zero and Span settings can be adjusted on the
ADROIT6### using the ADROIT-Interface in combination with the ADROIT6000 App.
3.7.1 Set-up
See Druck.com or Google Play Store for software download of the ADROIT6000 App.
It is recommended that calibration data is collected as a separate action in line with standard
calibration procedures as detailed in Section 3.7.
To adjust the sensor connect the sensor as detailed below.
CAUTION Adjustment by unauthorized sources may affect the warranty and
may not guarantee further performance.
ADROIT-Interface ADROIT6###
+ve Supply
-ve Supply
USB
PC or Android™
Phone running
ADROIT6000 App
Signal (Voltage only) N/C

Copyright 2020 Baker Hughes Company.
English–ADROIT6000 Instruction Manual | 5
3.7.2 App Use
Once the sensor is connected as shown, follow the on-screen instructions to adjust the
ADROIT6###. Please note that you will only be able to recalibrate up to 5 % of the span from the
original settings of the sensor.

Copyright 2020 Baker Hughes Company.
6 | ADROIT6000 Instruction Manual–English
4. Key Documents
A calibration certificate will have been shipped with your ADROIT6### pressure sensor. The
calibration certificate is printed exclusively in English. Please find attached a translated shell of
the calibration certificate.

Copyright 2020 Baker Hughes Company.
English–ADROIT6000 Instruction Manual | 7
Thank you for
purchasing from Druck.
Please register your
product now using the
QR code or link.
ADROIT6000
Pressure Sensor Calibration Data and Installation Instructions
Date : Serial number :
Supply voltage : Output signal :
Pressure range : Pressure connection :
Part number :
Electrical Details
Calibration Data
Power Supply Requirements
Supply Voltage................................................
Output Signal
..............................................................................
Electrical Connection
Wiring Details
+ve Supply..................................................................................
–ve Supply..................................................................................
Case...........................................................................................
Room Temperature Calibration
Pressure Measured Permitted
(bar a) Deviation Deviation
Performance
Compensated Temperature Range :
Total Accuracy :
Specification :
Zero and Span Check
Low Range Output :
Full Range Output :
Span :
Note: %Span is defined as %Output Span.
Calibration data collected at a supply voltage of 15 V in a vertical orientation.
The ADROIT6000 can be adjusted using the ADROIT6000 Interface and software.
See www.Druck.com or Google Play Store for software download.
PS1628 V1.0.0

Copyright 2020 Baker Hughes Company.
8 | ADROIT6000 Instruction Manual–English

Copyright 2020 Baker Hughes Company.
English–ADROIT6000 Instruction Manual | 9

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party product and company names are trademarks of their respective holders.
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