FISCHER Me01 Series User manual

d e v e l o p i n g s o l u t i o n s
*09005408* BA_EN_ME01 Rev.A 12/16 *09005408*
Table of Contents
1Safety guidelines
2Application purpose
3Product and function description
4Installation and assembly
5Commissioning
6Maintenance
7Transportation
8Service
9Accessories
10 Waste disposal
11 Technical Data
12 Dimensional drawings
13 Order Codes
14 Attachments
1 Safety guidelines
1.1 General Information
This operating manual contains instruc-
tions fundamental to the installation, op-
eration and maintenance of the device
that must be observed unconditionally. It
must be read by the assembler, operator and the
specialized personnel in charge of the instrument
before it is installed and put into operation. This op-
erating manual must always be accessible at the
place of installation.
The subsequent sections on general safety instruc-
tions 1.2 - 1.7 as well as the following special in-
structions ranging from intended use to disposal 2-
10 contain important safety instructions the non-
observance of which can cause danger to persons,
animal and physical objects.
1.2 Personnel Qualification
Staff assigned to assembly, operating, maintenance
and inspection tasks shall be adequately qualified
for this work and must be sufficiently instructed and
trained to meet the requirements of assembly, op-
erating, maintenance and inspection work.
1.3 Risks due to Non-Observance of Safe-
ty Instructions
Non-observance of these safety instructions, the in-
tended use of the device or the limit values given in
the technical specifications can be hazardous or
cause harm to persons, the environment or the
plant itself. Fischer Mess- und Regeltechnik GmbH
will not be liable for damage claims if this should
happen.
1.4 Safety Instructions for the Operating
Company and the Operator
The safety instructions governing correct operation
of the instrument must be observed. The operating
company must make them available to the installa-
tion, maintenance, inspection and operating per-
sonnel. Dangers arising from electrical components,
energy discharged by the medium, escaping medi-
um and incorrect installation of the instrument must
be eliminated. For more information, please see the
applicable national and international regulations,
such as DIN, EN, accident prevention regulations
(UVV) and - for industry-specific individual applica-
tions - also in the industry guidelines issued by the
DVWG, Ex, GL, etc. as well as VDE and local
EVUs.
Operating instructions
ME01
Digital manometer

2 | 8 Page
1.5 Unauthorised Modification
Modifications of or other technical alterations to the
instrument by the customer are not permitted. This
also applies to replacement parts. Any modifica-
tions/alterations required will be carried out by
Fischer Mess- und Regeltechnik GmbH only.
1.6 Impermissible modes of operation
The operational safety of this instrument can only
be guaranteed if it is used as intended. The instru-
ment model must be suitable for the medium used
in the system. The limit values given in the technical
data may not be exceeded.
1.7 Safe working practices for mainte-
nance and installation work
The safety instructions given in this operating man-
ual, any nationally applicable regulations on acci-
dent prevention and any of the operating company's
internal work, operating and safety guidelines must
be observed.
The operating company is responsible for ensuring
that all required maintenance, inspection and instal-
lation work is carried out by qualified specialized
personnel.
1.8 Explanation of symbols
WARNING!
… indicates a potentially dangerous
situation, non-observance of which
could endanger persons, animals, the
environment or objects.
INFORMATION!
… highlights important information ef-
ficient and smooth operation.
TIP!
… indicates recommendations that are
not specifically necessary in certain
situations but which could be useful.
2 Application purpose
The ME01 is an electronic manometer with a ce-
ramic measuring cell for measuring over-pressure
and under-pressure with a local display and remote
signal transmission.
3 Product and function description
3.1 Design and mode of operation
A ceramic measuring cell acts as the pressure
transducer. The high resistance of the ceramic ma-
terials that are used allow use even for aggressive
media.
There is a resistance measuring bridge attached to
the side of the measuring diaphragm that faces
away from the medium. When pressure is exerted,
the membrane distorts in the elastic range. t the
same time, the resistance values of the bridge
change proportionally to the measuring pressure.
These values are implemented and displayed by
the installed electronics.
There are electrical uniform signals 0/4…20 mA
and 0…10 V in a 3-wire system available for remote
transmission.
4 Installation and assembly
As standard, the device with the connecting port for
connection to pipes and other connection parts,
such as the welding sleeve, union nut with soldering
and welding nipples, is equipped with soldering and
welding nipples (see data sheet MZ...). It can be
mounted to a wall using the wall bracket (see data
sheet MZ...). Manometer screw connections for 10,
8, 6 mm dia. pipes can be supplied for connection
to pipes.
The enclosure protection type IP 65 is only guaran-
teed, if a suitable power supply cable is used.
4.1 Process connection
•By authorized and qualified specialized person-
nel only.
•Only for the designated mechanical process
connection - for the model, see the order code
on the device type plate.
•The pipes need to be depressurized when the
device is being connected.
•Appropriate steps must be taken to protect the
device from pressure surges.
•Check the suitability of the device for the media
to be measured.
•Observe the maximum pressure.
•Check that the pressure connections do not
leak before commissioning.

3 | 8 Page
4.2 Electrical connections
•By authorized and qualified specialized person-
nel only.
•The electrical connection of the device shall be
performed according to relevant VDE and local
electricity board regulations.
•Disconnect the system from the mains before
connecting the device.
•Add a fuse adapted to the energy requirements.
4.2.1 Wiring diagram
5 Commissioning
•All electrical supply, operating and measuring
lines, and the pressure connections must have
been correctly installed before commissioning.
All supply lines are arranged so that there are
no mechanical forces acting on the device.
•The pressure sensing lines must be installed on
an incline so that no condensation pools can
form.
•The pressure sensing lines need to be kept as
short as possible and installed without sharp
bends to avoid interfering delay times.
6 Maintenance
The instrument is maintenance-free.
We recommend checking the instrument at regular
intervals to ensure reliable operation and a long
service life.
•Inspection of the display / output signal.
•Check the leak-tightness of the pressure con-
nection lines.
•Check the electrical connection (cable clamp
connections).
The precise test cycles and operating and ambient
conditions need to be adjusted. If various instru-
ment components interact, the operating instruc-
tions of all the other instruments also need to be
observed.
7 Transportation
The measuring device must be protected against
impacts. It may only be transported in packaging
specifically intended for transport.
8 Service
All defective or faulty devices should be sent direct-
ly to our repair department. We would ask you to
please coordinate all return shipments with our
sales department so that we can ensure careful
processing of all faulty devices for our customers.
Process media residues in and
on dismantled devices can be a hazard
to people, animals and the environment.
Take adequate preventive measures. If
required, the devices must be cleaned thoroughly.
9 Accessories
Manometer accessories acc. to data sheet MZ...
10 Waste disposal
For the sake of the environment ....
Please help to protect our environ-
ment and dispose of or recycle used
instruments as stipulated by the appli-
cable regulations.
Operating
voltage
output
Signal
Three-conductor circuit

4 | 8 Page
11 Technical Data
Measuring range in bar
0-1.6
0-2.5
0-4
0-6
0-10
0-16
0-25
0-40
0-60
Overpressure-proof in bar
3.2
5
8
12
20
32
50
80
120
Linearity
< 1 % of the measuring range
Hysteresis
< 0.5 % of the measuring range
Permissible ambient temperature
0 .. 60 °C
Admissible medium temperature
0 .. 85 °C
Type of protection:
IP 65 acc. to DIN EN 60529
Electrical data
Rated Voltage
24V DC/AC ± 10%
Output signal
0..20 mA / 4..20 mA / 0..10 V
Electrical connection type
Three-conductor
Load at rated voltage
500 (0/4..20 mA); >5k (0..10 V)
Current/voltage limit
for output 0..10V: ca. 10.5 V
for output 0/4..20 mA: ca. 24 mA
Temperature drift, zero-point
0.4 % FS/10 K
Temperature drift, measuring
range
0.05 % FS/10 K
Ports
Electrical connection
Angled connector M16 x 1.5 acc. to DIN EN 175301-803
Discharge port
Manometer connection spigot G½ according to DIN EN 837
Materials
Parts in contact with the medium
AISI 316L (1.4404), Seal: Viton®
Material: Casing
AISI 304 (1.4305)
Measuring range in bar
- 1..0
-1..0.6
-1..1.5
-1..3
-1..5
-1..9
-1..15
0...-1
Overpressure-proof in bar
2
3
3
8
12
20
32
2

5 | 8 Page
12 Dimensional drawings
(all dimensions in mm unless otherwise specified)
M16 x 1.5
Manometer connection port G1/2
Acc. DIN EN 837
SW22

6 | 8 Page
13 Order Codes
Digital manometer
Type ME01
8
7
H
L
Measuring range
0 ... 1 bar ............................................... >
0
2
0 ...1.6 bar ............................................... >
0
3
0 ...2.5 bar ............................................... >
0
4
0 ... 4 bar ............................................... >
0
5
0 ... 6 bar ............................................... >
0
6
0 ...10 bar ............................................... >
0
7
0 ...16 bar ............................................... >
0
8
0 ...25 bar ............................................... >
0
9
0 ...40 bar ............................................... >
1
0
0 ...60 bar ............................................... >
1
1
-1 ... 0 bar ............................................... >
3
1
-1 ...0.6 bar ............................................... >
3
2
-1 ...1.5 bar ............................................... >
3
3
-1 ... 3 bar ............................................... >
3
4
-1 ... 5 bar ............................................... >
3
5
-1 ... 9 bar ............................................... >
3
6
-1 ...15 bar ............................................... >
3
7
Measurement accuracy
Characteristic curve dev. Relative pressure 1.0...>
M
Characteristic curve dev. Absolute pressure 1.0...>
S
Discharge port
Connection shanks with external thread G½ B bottom,
Stainless steel.............................................................>
8
7
Electrical output signal
0 –20 mA 3-wire (STANDARD) ..........................................>
A
0 –10 V DC 3-wire (STANDARD) .......................................>
C
4 –20 mA 3-wire (STANDARD) ..........................................>
P
Electrical connection
Plug 4-pin, standardised plug DIN EN 175 301-803-A..............>
H
Operating voltage
24 V DC / AC .................................................................................>
L

7 | 8 Page
14 Attachments

Technische Änderungen vorbehalten • Subject to change without notice • Changements techniques sous réserve
Fischer Mess- und Regeltechnik GmbH • Bielefelder Str. 37a • D-32107 Bad Salzuflen • Tel. [phone] • Fax [phone] •
eMail: [email protected] • www.fischermesstechnik.de