Table of Contents
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Operating instructions for PVE4 units
- panel meter for standard signals
- freely scalable display with set points from –999 up to 9999
Housing size 96x48
1
P
Housing size 96x24
5
4
6
Program key
1
Minus key
2
Plus key
3
7-segment display
4
Setpoint indication 1
5
Setpoint indication 2
6
Insertable dimensionstrip
7
Terminal connection
status 03/06 - PVE41XGB.doc
subject to alterations; errors including printer's errors
4
2
3
Housing size 96x48 and 96x24
1
2
3
4
5
6
7
-
+
+
-
sensor
analog
signal
supply
output
inputs (DC)
(option)
(option)
Housing size 72x36
S1
1
2
3
4
5
6
7
5
6
-
+
analog
output
signal inputs (DC)
(option)
setpoint
Housing size 72x36
5
6
7
Housing size 48x24
P
1
2
3
7
S2
S1
8
9
10
11
12
13
14
15
-
+
24V DC
or
115V AC
or
setpoints
230V AC
Housing size 48x24
S2
8
9
10
11
1
-
+
24V DC
or
115V AC
or
230V AC
signal inputs (DC)
4
P
1
2
3
4
1
P
2
3
S2
S1
2
3
4
5
6
7
8
9
-
+
5
6
-
+
analog-
24VDC
output
galv.
(option)
insulated
7
page 1 of 12
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Table of Contents
Related Manuals for montwill PVE 4.001.1422B
Summary of Contents for montwill PVE 4.001.1422B
- Page 1 Operating instructions for PVE4 units - panel meter for standard signals - freely scalable display with set points from –999 up to 9999 Housing size 96x48 Housing size 72x36 Housing size 96x24 Housing size 48x24 Program key Minus key Plus key 7-segment display Setpoint indication 1 Setpoint indication 2...
-
Page 2: Ordering Code
Ordering code TYPE ORDER NUMBER (housing size 96x48) PVE 4.001.1522B Power supply 230 VAC terminal connection 15=L 14=N PVE 4.001.1422B Power supply 115 VAC terminal connection 15=L 14=N PVE 4.001.1722B Power supply 24 VDC terminal connection 15=L+ 14=L– (galvanic insulated) TYPE ORDER NUMBER (housing size 96x24) PVE 4.001.3522B... -
Page 3: Proper Use
Proper use The devices of the PVE4 range for standard signals (direct voltage, direct current) are used for the evaluation of different sensor signals. The electronic circuit alters the sensor signal lying at the input and displays it in a 7-segment display. The use of the devices regarding to the ambient conditions must be in accordance to their protection type. - Page 4 Setpoints Operating characteristics of the relays The following diagrams illustrate the behavior of the setpoints (relays). The hysteresis can be pro- grammed freely for each setpoint. In open circuit mode, the respective relay rises on reaching the threshold, while in closed circuit mode, the respective relay falls when the threshold is reached. By using the closed circuit mode, for example, a breakdown of the supply voltage can be signaled in the form of an alarm.
-
Page 5: Program Table
Program table Program Function Remark Display Factory number setting Measuring input Calibration mode 0 = sensor calibration 0 / 1 / 2 / 3 1 = 0...10 V 2 = 0...20 mA 3 = 4...20 mA (Save with P and Input of desired indication Dependent on selected -999...9999... -
Page 6: Programming Example
Notes on programming The following programming examples describe the two different tuning methods for setting the device. A brief explanation will first be given on documenting the display procedure after pressing the [P] key. If the keyboard lock is not set (see programming lock), pressing the [P] key will always switch to programming mode with the program number 0. -
Page 7: Calibration Mode
Programming example Start of programming Offset Set display time Switch on supply voltage! To program number 2 with P and Segment test Analogue output Connect measuring value 4mA. To Operating mode (optionally) memorized value with Final value Calibration mode To program number 5 with P and Memorize value with P and Enter program mode Take over by display of transversal... - Page 8 To memorized value with To memorized value with Set hysteresis for S2. Set free scalable value for setpoint Set open circuit. Working principle S2 To program number 68 with P and Setpoint S2 Hysteresis S1 To program number 66 with P and To program number 62 with P and To memorized value with To memorized value with...
- Page 9 Programming example Measuring input: 0/4...20 mA Measuring signal: 4...20 mA Display: 4 mA = 0.0 20 mA = 300.0 Display time: 2.0 seconds Setpoint S1: 60.0 and closed circuit falling at 60.0 and rising at 58.0 (corresponding hysteresis = 2.0) Setpoint S2: 150.0 and open circuit rising at 150.0 and falling at 80.0...
- Page 10 Configuration for transmitter connections Supply voltage Supply voltage 230VAC 230VAC 115VAC 115VAC Sensor supply Sensor supply Transmitter Transmitter Supply voltage Supply voltage 24VDC 24VDC Transmitter Transmitter Supply vopltage Supply voltage 230VAC 230VAC 115VAC 115VAC 24VDC 24VDC Transmitter Transmitter Notes, factory settings and error elimination After the supply voltage is switched on, the device performs a reset including a segment test (all the LED light up).
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Page 11: Technical Data
Technical data Dimensions Housing 96 x 48 x 134 mm, including screw terminal +0.8 +0.6 Assembly cut out 92.0 x 45.0 Housing 96 x 24 x 134 mm, including screw terminal +0.8 +0.6 Assembly cut out 92.0 x 22.0 Housing 72 x 36 x 97 mm, including screw terminal +0.7 +0.6... - Page 12 Measuring fault +/-0.2% of measuring range, +/- 1 digit Temp. coeff. 100 ppm/K Measuring principle voltage/frequency converter Mains unit Supply voltage 230/115 VAC +/- 10% (50-60 Hz) 24 VDC +/-10% galvanic insulated Mains unit Power consumption 96x48 approx. 5 VA 96x24 approx.
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