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Pressure transmitter
SITRANS P200 (7MF1565)

Operating Instructions

7MF1565 with plug complying with EN 175301-803-A

 Type 7MF1565-*****-1**1
 Type 7MF1565-*****-5**1

 

7MF1565 with plug M12x1

 

 Type 7MF1565-*****-2**1

7MF1565 with cable (2 m)

 Type 7MF1565-*****-3**1

7MF1565 with fast-fit cable gland

 Type 7MF1565-*****-4**1

Range of application SITRANS P200, type 7MF1565

The pressure transmitter is used to measure relative pressure and
absolute pressure of gases and liquids in the following
industrial sectors:

  Mechanical engineering 

 

 Shipbuilding

  Power engineering  

 

 Chemicals

  Water supply  

 

 Pharmaceuticals

Device design without explosion protection

The pressure transmitter consists of a piezoresistive measuring cell with a 
diaphragm, installed in a stainless steel housing. It can be electrically connected 
using a plug complying with EN 175301-803-A (IP65), a round plug M12 (IP67), 
a cable (IP67) or a fast-fit cable gland (IP67). The output signal is 4 to 20 mA or 
0 to 10 V.

Device design with explosion protection

The pressure transmitter consists of a piezoresistive measuring cell with a dia-
phragm, installed in a stainless steel housing. It can be electrically connected with 
a plug complying with EN 175301-803-A (IP65) or a round plug M12 (IP67). The 
output signal is 4 to 20 mA.

 
Installation

  The location of the device has no influence on the precision of the measure-

ment.

  Before installation, compare the process data with the data of the name plate.
  The medium being measured must be suitable for the parts of the pressure 

transmitter in contact with the medium.

  The overload limit must not be exceeded.
  Connect the devices to a fixed cable installation.

Grounding for 

 devices

The pressure transmitter must be connected to the equipotential bonding system 
of the plant via the metal housing (process connection) and the ground conduc-
tor of the plug.

Direct current

Safety instructions

Symbol

Explanation of the warning symbol on the device

Read the information in the operating instructions

In terms of a safety-instrumented system, this device left the factory in perfect 
condition. To maintain this status and to ensure safe operation of the device, 
observe the following notes:

The device may only be used for the purposes specified in these instructions.

  When connecting up, installing and operating the device, the directives and 

laws of your country apply.

  Devices with the type of protection "intrinsic safety„ lose their approval, if they 

are operated on electrical circuits that do not conform to the test certification 
valid for your country.

  Connect the device to a low voltage power supply with safe separation (SELV).
  The device should only be supplied with limited energy according to UL 61010-1  

Second Edition, Section 9.3 or LPS in conformance with UL 60950-1 or class 2 in 
compliance with UL 1310 or UL 1585.

  The device can be operated both at high pressure and with aggressive and 

hazardous media. This means that if the device is not used properly, serious 
bodily injury and/or considerable damage to property cannot be excluded. This 
should be kept in mind particularly when the device was in use and is replaced.

  The installation, mounting and commissioning of the 

 devices should be 

performed only by trained personnel and should comply with the standards 
EN 60079-14 and EN 61241-14.

  The overload limit should be monitored and kept to at all times.
  The device is maintenance-free

© Siemens 2011

A5E03304326-01, 03/2011 

© Siemens AG 2011

Summary of Contents for SITRANS P200

Page 1: ...stallation Grounding for devices The pressure transmitter must be connected to the equipotential bonding system of the plant via the metal housing process connection and the ground conduc tor of the plug Direct current Safety instructions Symbol Explanation of the warning symbol on the device Read the information in the operating instructions In terms of a safety instrumented system this device le...

Page 2: ...tage signal 0 10 VDC Burden 10 kΩ Auxiliary power UB 12 33 VDC Current consumption 7 mA at 10 kΩ Characteristic Linear rising Measuring accuracy Measurement deviation at 25 ÀC 77 ÀF Characteristic deviation hysteresis and repeatability included typically 0 25 of full scale value maximum 0 5 of full scale value Setting T99 0 1 s Long term drift Start of scale value and measuring span 0 25 of full s...

Page 3: ...d plug M12x1 Ex Connection 1 2 Connection 1 UB 2 3 U0 Connection 1 3 Connection 1 UB 3 4 U0 Connection br gn Connection br UB wt gn U0 Connection 1 2 Connection 1 UB 3 2 U0 Device design with explosion protection 4 to 20 mA The grounding connection is conductively connected to the transmitter housing Key l0 output current UB auxiliary power RL burden U0 output voltage grounding Correction of zero ...

Page 4: ...ion against explosion 7MF1565 xxxx1 xxxx Intrinsic safety i with current output only II 1 2 G Ex ia IIC T4 Ga Gb II 1 2 D Ex ia IIIC T125ÀC Da Db EC type examination certificate SEV 10 ATEX 0146 Connection to certified intrinsi cally safe resistive circuits with maximum values Ui 30 VDC Ii 100 mA Pi 0 75 W Effective internal inductance and capacitance for versions with plugs complying with EN 1753...

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