gneuss DMV 4000 User manual

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Pressure Measurement Amplifier DMV 4000
Certified according to ISO 9001:2000
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Operating instructions
Pressure Measurement Amplifier DMV 4000
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Contents:
1. General description 6. Display and operating elements
2. Technical details 7. Programme access / barring
3. Assembly 8. Commissioning
4. Commissioning Electrical connections 9. Additional function
5. Adjustment Possibilities 10. Error Reading
Please refer to this instruction manual before connecting or operating the instrument
Update: August 2, 2011

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Pressure Measurement Amplifier DMV 4000
1. General Description:
The Gneuss pressure measurement amplifier type DMV 4000 is a measurement amplifier for pressure
transducers with strain gauge technology. Universal setting possibilities guarantee that all pressure
transducers with 1 to 4 mV output signal can be connected. Furthermore, three freely-adjustable limit
contacts and one optional analogue signal 0-10 V, 0-20 mA or 4-20 mA can be processed. A peak
hold function, simple operation via a touch sensitive keypad and extreme sturdiness guarantees a high
ease of operation. The unit can be protected against unauthorized use via possible software settings.
2. Technical specifications:
Dimensions: 96 mm x 48 mm (1/8 DIN front housing) x 110 mm
Incl. Terminal block with quick-lock function by means of plastic clamps, for
wall thicknesses of up to 10 mm.
Colour: Dark grey
Weight: approx. 250 g
Panel cut- out size: 92,0
+0,8
x 45,0
+0,6
IP rating: From front IP 65, connection IP 00
Input: Wheatstone resistance bridge 350 Ω....10 KΩ
Supply voltage: 5 VDC transducer supply
Sensitivity: 1 mV/V….4mV/V
Relay Contacts: Up to 3, over the overall measuring span freely adjustable relays
Switching capacity: 250 VAC = 2A / 120 VAC = 4A
Fail –Safe feature: Performance control – Sensor connections
Accuracy: +/- 0,1 % of measuring value, +/- 1Digit
Ambient temperature influence <0.1 %/20 °C
Power supply: Supply voltage 100…230 VAC +/- 10 %, 50 - 60 Hz.
Power consumption approx. 4 W (optional 24 V DC)
Display: 5-digit seven segment LEDs, 15 mm high, luminous: green or
red when exceeding a preset alarm parameter, indicating range
-99999….99999, arithmetic overflow is indicated by 5 cross-ledgers
Connection of the
Instrument: On the reverse via a 36-pole terminal block
Ambient conditions: Operating temperature 0-50 °C / humidity level 5….95 % (no condensation)
Analogue output: 0-20 mA or 4-20 mA at current load 750 Ω/15 V max.
0-10 V at 500 Ωresistance at 0-20 mA set parameter

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Pressure Measurement Amplifier DMV 4000
3 . Assembly:
The instrument is designed for panel assembly. It is to be assembled in such a manner, as to protect it
from humidity, dirt and vibration. The ambient temperature is not to exceed 50 °C.
4. Commissioning electrical connection:
The instrument is only to be connected and operated by qualified personnel. Please see attached
diagram for wiring connections. The local regulations for operating electrical factory equipment are to
be stringently adhered to.
CE-Mark
For unrestricted operation of the instrument according to the guidelines of the electromagnetic
compatibility 89/336/EEC all analogue wiring needs to be shielded. The shield is to be one sided
UL recommendation: 1) Use copper conductors designed for temperatures up to 60/70 °C
2) Minimum cross-section of 1mm² to be utilized. (AWG 18)
Analogue output:
For an analogue output of 0-10 V, the pre-installed 500Ωresistance is to be used with a set parameter
of 0-20 mA. For all other outputs, the pre-installed 500Ωresistance has to be removed from terminals
19 / 20.
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Pressure Measurement Amplifier DMV 4000
Wiring configuration:
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Colour coding and termination of Gneuß extension cable
Pressure sensor
Pin Colour (6P) Function DMV 4000 terminal
A Yellow Signal + 11
B White Signal - 12
C Brown Supply + 8
D Green Supply - 9
E Pink Cal. 80 % 34
F Grey Cal. 80 % 35
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Pressure Measurement Amplifier DMV 4000
5. Adjustment possibilities:
The following table lists the possibilities of parameter changes
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conf
confconf
conf Configuration menu
pass
passpass
pass Code I Configuration menu password Input Range
base.c
base.cbase.c
base.c
FREQ
FREQFREQ
FREQ Frequency of input voltage 50 / 60
INP
INPINP
INP
UNiT
UNiTUNiT
UNiT Engineering units Bar / PSI / Mpa
DP
DPDP
DP Number of decimals 0...3
FILT
FILTFILT
FILT IN 1 filter constant time 0...30 s
RAN.Lo
RAN.LoRAN.Lo
RAN.Lo Low range -9999...99999
RAN.Hi
RAN.HiRAN.Hi
RAN.Hi High range -9999...99999
A0
A0A0
A0
AO.tYP
AO.tYPAO.tYP
AO.tYP Analogue Out Type 0-20 /4-20
AO.Lo
AO.LoAO.Lo
AO.Lo Analogue Out Low Range -9999...99999
AO.Hi
AO.HiAO.Hi
AO.Hi Analogue Out High Range -9999...99999
sys
syssys
sys
Prot
ProtProt
Prot Communications protocol Modbus / Jbus
baU
baUbaU
baU Baud rate 200...57600
ParY
ParYParY
ParY Parity none/euen/odd
A r
A rA r
A r Communications address 1...247
Co eI
Co eICo eI
Co eI Password 1 0...65534
Co
CoCo
Co e2
e2e2
e2 Password 2 0...65534
Co e3
Co e3Co e3
Co e3 Password 3 0...65534
ALARM
ALARMALARM
ALARM
AL!.LT
AL!.LTAL!.LT
AL!.LT Reset by acknowledgement or external (IL1) none / Ltch
AL2.LT
AL2.LTAL2.LT
AL2.LT Reset by acknowledgement or external (IL2) none / Ltch
AL3.LT
AL3.LTAL3.LT
AL3.LT Reset by acknowledgement or external (IL3) none / Ltch
0VT 1
0VT 10VT 1
0VT 1 Output action of alarm 1 direct / reverse
0VT 2
0VT 20VT 2
0VT 2 Output action of alarm 2 direct / reverse
0VT 3
0VT 30VT 3
0VT 3 Output action of alarm 3 direct / reverse
(AL
(AL(AL
(AL
CAL.PT
CAL.PTCAL.PT
CAL.PT Shunt for strain gage cal. 50...100%
Ehit
EhitEhit
Ehit Exit Configuration menu

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Pressure Measurement Amplifier DMV 4000
par
parpar
par =Parameter setting menu ==
== == == ==
pass
passpass
pass Code 2 Parameter menu password Input Range
== == == ==
AL. SP
AL. SPAL. SP
AL. SP
AL.1SP
AL.1SPAL.1SP
AL.1SP Alarm Setpoint 1 0...high range
AL.2SP
AL.2SPAL.2SP
AL.2SP Alarm Setpoint 2 0...high range
AL.3SP
AL.3SPAL.3SP
AL.3SP Alarm Setpoint 3 0...high range
AL.Par
AL.ParAL.Par
AL.Par
AL.1hY
AL.1hYAL.1hY
AL.1hY Alarm hysteresis 1 0...10.0 %
AL.2hY
AL.2hYAL.2hY
AL.2hY Alarm hysteresis 2 0...10.0 %
AL.3hY
AL.3hYAL.3hY
AL.3hY Alarm hysteresis 3 0...10.0 %
AL.1
AL.1 AL.1
AL.1 Alarm activation delay 1 0.0...60.0 s
AL. 2
AL. 2AL. 2
AL. 2 Alarm activation delay 2 0.0...60.0 s
AL.3
AL.3AL.3
AL.3 Alarm activation delay 3 0.0...60.0 s
FILT
FILTFILT
FILT
TIME
TIMETIME
TIME Filter time constant 0...30.0 s
Ehit
EhitEhit
Ehit Exit Parameter menu
CaL
CaLCaL
CaL =User calibration menu =
== == == ==
pass
passpass
pass Code 3 User calibration menu password Input Range
== == == ==
CaL
CaLCaL
CaL
C-ALL
C-ALLC-ALL
C-ALL Zero + Span calibration (50….100%) Yes / no
C-Ki
C-KiC-Ki
C-Ki Only Span calibration (50….100%) Yes / no
Ehit
EhitEhit
Ehit Exit user calibration menu

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Pressure Measurement Amplifier DMV 4000
Explanation of parameters:
A1t.u
A1t.uA1t.u
A1t.u :activate or deactivate the cycle of measuring units in operating mode.=
Pass
Pass Pass
Pass : Password input for appropriate level
base
basebase
base.
..
.c
cc
c Z[ FREQ
FREQ FREQ
FREQ : Adjusting the net frequency of the supply voltage.
Choice between 50 or 60 Hz.
INP
INPINP
INP Z[ Unit
UnitUnit
Unit : Selection of measuring units between bar, psi und MPa.
Z[ DP
DPDP
DP : Adjustment of the decimal indication, e.g. 0 = 123 or 3 = 123.937.
Z[ FILT
FILTFILT
FILT : Delay time (seconds) between value variation and display variation
Z[ RAN
RANRAN
RAN.Lo
LoLo
Lo : Measuring value begin of sensor
Z[ RAN
RANRAN
RAN.Hi
HiHi
Hi : Measuring value end of sensor e.g. 500 at 500bar or 5000 at 5000 psi
A0
A0A0
A0 Z[ AO
AOAO
AO.t
tt
typ
ypyp
yp : Adjustment possibilities of analogue signal between
0 – 20 mA (0 – 10 V) or 4 – 20 mA. The 0 - 10V signal is achieved by
connecting a 500 Ωresistor parallel to pins 19 and 20. This resistor
has to be removed for 0-20 mA or 4-20 mA.
Z[ AO
AOAO
AO.Lo
LoLo
Lo : Adjusting the minimal analogue output signal
Z[ AO
AOAO
AO.Hi
HiHi
Hi : Adjusting the maximum analogue output signal
sys
sys sys
sys Z[ Prot
ProtProt
Prot : Selection of communication protocol between Modbus or Jbus.
Z[=baU
baUbaU
baU : Adjusting the Baud rate of communication e.g. 9600 = 9600 Baud.
Z[=ParY
ParYParY
ParY : Adjusting the parity
Z[ A r
A rA r
A r : Adjusting the communication address
Z[ Co e
Co eCo e
Co eI
II
I : Adjusting the password for the configuration level (3333 factory
setting)
Z[ Co e
Co eCo e
Co e2
22
2 : Adjusting the password for the parameter level (1111 factory setting)=
Z[=Co e
Co eCo e
Co e3
33
3 : Adjusting the password fort the calibration level (1234 factory setting)=
ALARM
ALARMALARM
ALARM = Z[ AL1
AL1AL1
AL1.LT
LTLT
LT : Choice of self-maintenance/latch feature for Alarm 1- active or
non-active : active = L
LL
Ltch
tchtch
tch andnon active = none
Z[=AL2
AL2AL2
AL2.LT
LTLT
LT : Choice of self-maintenance/latch feature for alarm 2 – active or
non-active: active = L
LL
Ltch
tchtch
tch and non active = none
Z[=AL3
AL3AL3
AL3.LT
LTLT
LT : Choice of self-maintenance/latch feature for alarm 3 – active or
non-active: active =L
LL
Ltch
tchtch
tch andnon active = none
Z[=0VT !
0VT !0VT !
0VT ! : Choice of alarm configuration of alarm 1 output signal
Alarm contact is direct/closed (ir
irir
ir)or reverse/open (rev
revrev
rev)
Z[=0VT 2
0VT 20VT 2
0VT 2 : Choice of alarm configuration of alarm 2 output signal.
Alarm contacts is direct/closed Eir
irir
irFor reverse/open (rev
revrev
rev)=
Z[ 0VT 3
0VT 30VT 3
0VT 3 : Choice of alarm configuration of alarm 3 output signal
Alarm contacts is direct/closed (ir
irir
irFor reverse/open (rev
revrev
rev)
C
CC
CAL
AL AL
AL Z[ CA
CACA
CA.L
LL
LPT
PTPT
PT : Adjustment of sensor calibration shunt in % of measuring range
Z[=Ehit
EhitEhit
Ehit : Exit the configuration level, parameter level or the calibration level
AL
ALAL
AL.Sp
SpSp
Sp Z[=AL
ALAL
AL.1SP
1SP1SP
1SP : Adjusting the alarm set-point for Alarm 1. e.g. 350 bar = 350 with
600 bar sensor=
Z[=AL
ALAL
AL.2
22
2SP
SPSP
SP : Adjusting the alarm set-point for alarm 2 . e.g. 450 bar = 450 with
600 bar sensor
Z[=AL
ALAL
AL.3
33
3SP
SPSP
SP : Adjusting the alarm set-point for Alarm 3. e.g. 500 bar = 500 with
600 bar Sensor
AL
ALAL
AL.
..
.Par
ParPar
Par Z[=AL
ALAL
AL.
..
.1hY
1hY1hY
1hY : Adjusting the hysteresis of the set-point of alarm 1 in % e.g.
10 (%) of 350 bar = 3,5 bar
Z[=AL
ALAL
AL.2
22
2hY
hYhY
hY : Adjusting the hysteresis of the set-point of alarm 2 in %. e.g.
10 (%) of 450 bar = 4,5 bar
Z[=AL
ALAL
AL.3
33
3hY
hYhY
hY : Adjusting the hysteresis of the set-point of alarm 3 in %. e.g.

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Pressure Measurement Amplifier DMV 4000
10 (%) of 500 bar = 5 bar
Z[=AL
ALAL
AL.1
1 1
1 : Adjustment of time delay (Sec. trail) for Alarm 1
Z[=AL
ALAL
AL.2
2 2
2 : Adjustment of time delay (Sec. trail) for Alarm 2
Z[=AL
ALAL
AL.3
3 3
3 : Adjustment of time delay (Sec. trail) for Alarm 3
FILT
FILTFILT
FILT Z[=TIME
TIMETIME
TIME :Time (seconds) to respond to alarm parameter change.
CaL
CaLCaL
CaL Z[=C-ALL
C-ALLC-ALL
C-ALL : Calibration function with zero- and calibration point
(50….100 %)
Z[=C-Ki
C-KiC-Ki
C-Ki : Calibration function only of calibration point (50….100 %)
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Pressure Measurement Amplifier DMV 4000
6.Display and operating elements:
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Button functions and combinations:
Selects between calibration, parameter and configuration level. By selecting within the
calibration, parameter and configuration levels sub-menus can be chosen
By activating in Programme mode the selected value is decreased
By activating in operating mode the MIN memory is evaluated and displayed
By activating in programme mode the selected value is increased
By activating in operating mode the MAX memory is evaluated and displayed
By activating within the calibration, parameter and configuration level all sub-menus
are switched over and the changed values are stored.
By repeated activation in the operating mode the MIN-(), MAX-memory values or units
are displayed and at A1t
A1tA1t
A1t.u
uu
u the cycle display of the measuring units is activated or
alternatively deactivated.
By activation, the internal peak hold function MIN / MAX is deleted and updated.
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Digital Inputs
Alarm
outputs
Display
Menu/Selector
button
Increase /decrease values
Alarm
-
acknowledgement
Confirmation
button

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Pressure Measurement Amplifier DMV 4000
7. Programme accessibility / barring:
7.1 Keypad lock/unlock
The DMV 4000 allows all accessibility levels to be password protected.
To lock/unlock the keypad, press and hold the keys and simultaneously for 2 seconds. With
keypad locked, if the user presses a key, the instrument displays the message „Lock“.
The keypad lock is retained in the event of power failure.
7.2 Output lock/unlock
The analogue and alarm outputs are switched to the OFF status by pressing and holding the keys
and simultaneously for 2 seconds. With the outputs locked, when displaying the process
variables, the instrument displays the message “block” instead of “Unit”. To unlock the outputs press
the keys simultaneously again.
The output lock is retained in the event of power failure.
8. Commissioning
Listed below is a step-by-step breakdown for start-up and commissioning purposes. In order to
warrant an exact measurement, the connected pressure sensor needs to be calibrated in conjunction
with the DMV 4000. During the calibration procedure, the pressure sensor must be at operating
temperature and not subjected to any pressure influences.
1. Confirm no supply voltage.
2. Connect DMV 4000 according to wiring diagram ( page 4 )
3. Connect supply voltage. After approx. 3 seconds the DMV 4000 is ready for operation.