PPI HumiTherm Ultra Bedienungsanleitung
HumiTherm Ultra User Manual
Temperature + Humidity (%RH)
Control & Recording System
with 8 / 16 Mapping Inputs
User Manual
HumiTherm Ultra
PPI
HumiTherm Ultra
Touch Operation Panel
HumiTherm Ultra User Manual
CONTENTS
1. MOUNTING & ELECTRICAL CONNECTIONS : HMI (TOUCH PANEL) 1
2. MOUNTING & ELECTRICAL CONNECTIONS : microPLC 4
3. MOUNTING, ELECTRICAL CONNECTIONS & JUMPER SETTINGS : MAPPING 7
4. BASIC OPERATION & PARAMETERS ORGANIZATION 11
5. OPERATOR LEVEL PARAMETERS 20
6. SUPERVISORY LEVEL PARAMETERS 22
7. FACTORY LEVEL PARAMETERS 26
APPENDIX-A : DC LINEAR SIGNAL INTERFACE 47
APPENDIX-B : COMPRESSOR SETTING PARAMETERS 50
APPENDIX-C : STANDBY SENSORS 53
APPENDIX-D : STANDBY CONTROL GADGET 55
APPENDIX-E : DOOR LOCK 58
APPENDIX-F : DIGITAL INPUT & OUTPUT 59
1
HumiTherm Ultra User Manual
4.3” Mounting
Dimensions
Overall
Panel Cutout
128(W) X 102(H) X 55(D), mm
121(W) X 95(H), mm
Table 1.1
128 mm
102 mm
Figure 1.1
95 mm
(Panel Cut)
55 mm
5 mm
121 mm
(Panel Cut)
12
3
4.3” Electrical Connections
Section 1
MOUNTING & ELECTRICAL CONNECTIONS : HMI (TOUCH PANEL)
Figure 1.2
2
HumiTherm Ultra User Manual
199 mm
(Panel Cut)
206 mm
136 mm
129 mm
44 mm
6.5 mm
(Panel Cut)
Dimensions
Overall
Panel Cutout
206(W) X 136(H) X 44(D), mm
199(W) X 129(H), mm
7” Mounting
Table 1.2
Figure 1.3
3
HumiTherm Ultra User Manual
7” Electrical Connections
Figure 1.4
1
2
3
3-Pin Male / Female Connector (5.08 mm pitch)
Supply Voltage : 20 to 28 VDC (24 V Nominal)
9 (4.3” HMI) / 15 (7” HMI) Pin D Type Connector
RS485 Serial Communication with microPLC &
Mapping Unit
6 Pin PS/2 Connector
RS232 Serial Communication with PC
24VDC FG
+-
COM2 ETHERNET
COM1 USB
HOST SD-CARD
3
1 2
RESET
PULL
Battery Cover
15 Pin
Table 1.3
9 Pin
4
HumiTherm Ultra User Manual
Mounting (Base / Wall Mounting)
microPLC Electrical Connections
Stby Set Select
525150494847464544
Alarm ACK
1 2 3 4 5 6 7 8 9 10 11 12 13 22 2314 15 16 17 18 19 20 21
Power Fail
Door Open
Thermostat
Thermostat
Water Level
Water Level
Heater
Humidifier
Compressor
Alarm
Main Set Select
Heater
Humidifier
Compressor
Main
RS485
mA
Pt100
V
mA
Pt100
V
Stability Control
mA
V
mA
V
43424140393837363534333231302928
Main
27262524
Door Lock
Standby
Digital Inputs
Digital Outputs
HMI
Temperature
Humidity Temperature
Humidity
microPLC
Stby
Standby
Main
18~32VDC
Supply 5VDC
Exc
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+
-
+-
+-
+-
+-
+-
+-
+-
+-
Figure 2.2
Figure 2.1
Section 2
MOUNTING & ELECTRICAL CONNECTIONS : microPLC
179mm
100mm
8mm
8mm
ø5mm Mounting Hole
ø5mm Mounting Hole
77mm
5
HumiTherm Ultra User Manual
DESCRIPTIONS
The connections are described as under:
0/4~20mA
78 9
mA
Figure 2.3 (b)
0/1~5V, 0~10V
7 8 9
V
Figure 2.3 (a)
Humidity Transmitter with DC Voltage (V) Output
The Figures 2.3(a) depicts wiring connections for voltage output transmitter. The Excitation Voltage
can be obtained from an external source or from the controller (5 VDC).
Humidity Transmitter with DC Current (mA) Output
The Figures 2.3(b) depict wiring connections for current output transmitter. Note that terminals 8 & 9
should be shorted. The Excitation Voltage can be obtained from an external source or from the
controller (5 VDC).
Main Humidity (%RH) Transmitter Input (Terminals : 7,8, 9)
The Controller accepts DC Current (mA) / DC Voltage (V) as Humidity input. The connections are
described below.
Figure 2.4 (a) Figure 2.4 (b) Figure 2.4 (c)
Main Temperature (°C) Sensor / Transmitter Input (Terminals : 10, 11, 12, 13 )
The Controller accepts RTD Pt100 (3-wire / 2-wire) or DC Current (mA) / DC Voltage (V) as Temperature input. The
connections are described.
0/1~5V, 0~10V
V
10 11 12 13
RTD Pt100
10 11 12 13
0/4~20mA
mA
10 11 12 13
RTD Pt100, 3-wire
Connect single leaded end of RTD bulb to terminal 10 and the double leaded ends to terminals 11 & 12 as shown in Figure
2.4(a). Use copper conductor leads of very low resistance ensuring that all 3 leads are of the same gauge and length. Avoid
joints in the cable.
Temperature Transmitter with DC Voltage (V) Output
The Figures 2.4(b) depicts wiring connections for voltage output transmitter. The Excitation Voltage can be obtained from an
external source or from the controller (5 VDC).
Temperature Transmitter with DC Current (mA) Output
The Figures 2.4(c) depict wiring connections for current output transmitter. Note that terminals 12 & 13 should be shorted. The
Excitation Voltage can be obtained from an external source or from the controller (5 VDC).
5 VDC Excitation Voltage (Terminals : 4, 5)
The Controller is supplied with inbuilt 5VDC Excitation Voltage as standard. The Excitation Voltage can be used to power
external Temperature and/or RH Transmitters.
The ‘+’ and ‘-’ terminals are for voltage ‘Source’ and ‘Return’ paths, respectively.
6
HumiTherm Ultra User Manual
2 Pole
Isolating Switch
Fuse
1
DC Power
Source
+
-
+
2-
Mains
Earth 3
Figure 2.5
[Optional] Standby Humidity (%RH) Transmitter Input (Terminals : 14, 15, 16, 17)
[Optional] Standby Temperature (°C) Sensor / Transmitter Input (Terminals : 18, 19, 20, 21)
The Control Unit optionally supports Inputs for Standby (redundant) Humidity & Temperature sensor / transmitter. The
Connection detail are the same as for main sensor / transmitter described above.
[Optional] Door Output (terminals : 24, 25)
[Optional] Standby Set Select Output (terminals : 26, 27)
[Optional] Main Set Select Output (terminals : 28, 29)
[Optional] Standby Compressor Output (terminals : 30, 31)
[Optional] Standby Humidifier Output (terminals : 32, 33)
[Optional] Standby Heater Output (terminals : 34, 35)
Main Compressor Output (terminals : 36, 37)
Main Humidifier Output (terminals : 38, 39)
Main Heater Output (terminals : 40, 41)
Alarm Output (terminals : 42, 43)
All the above control & alarm outputs are Voltage pulses (12VDC @ 40mA) for driving external SSR or Relay. The ‘+’ and ‘-’
terminals are for voltage ‘Source’ and ‘Return’ paths, respectively.
The Optional Outputs are fitted only if Controller is ordered with Standby Control Outputs.
[Optional] Standby Thermostat Digital Input (Terminals 44, )46
[Optional] Standby Water Level Digital Input (Terminals 45, )46
Main Thermostat Digital Input (Terminals 47, )46
Main Water Level Digital Input (Terminals 48, )46
Alarm Acknowledge Digital Input (Terminals 50, )49
Power Fail Digital Input (Terminals 51, )49
Door Open Digital Input (Terminals 52, )49
(Terminals 46 & 49 are Common)
Potential-free contact closure input terminals are provided as digital inputs. An ‘Open’ or ‘Close’ switch position is detected as
input.
For reliable noise free communication, use a pair of twisted wires inside screened cable. The wire should have less than 100
ohms / km nominal DC resistance (Typically 24 AWG or thicker). Connect the terminating resistor (Typically 100 to 150 ohm)
at one end to improve noise immunity.
HMI (Terminals 22, 23) COMMUNICATION PORT
POWER SUPPLY 1(Terminals , 2, 3)
As standard, the is supplied with power connections suited Module
for to V C . The accuracy / p formance of the 18 32 D power source er
Module is not affected by the variations in the supply within sp cified e
limits of to 3 VDC. Use well-insulated copper conductor wire of 18 2
the size not smaller than 0.5mm² for power supply connections
ensuring proper polarity as shown in Figure . The is not 2.5 Module
provided with fuse and power switch. If necessary, mount them
separately. Use a blow fuse rated for 0.5A current. slow
For safety and enhanced electrical noise immunity, it is highly recommended to connect Main Power Supply ‘Earth’
to terminal 3.
7
HumiTherm Ultra User Manual
Section 3
MOUNTING, ELECTRICAL CONNECTIONS & JUMPER SETTINGS : MAPPING
Figure 3.2
Mounting (Base / Wall Mounting)
Mapping Electrical Connections
Figure 3.1
210mm
110mm
ø5mm Mounting Hole
ø5mm
Mounting Hole
8mm
5mm
205mm
88mm
SUPPLY
COMM PORT
B BB B
52 53 54 55
1 2 346 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
5
mV / V
mA
%RH
MAP 1
°C %RH
MAP 2
°C %RH
MAP 3
°C %RH
MAP 4
°C %RH
28293031323334353637383940
4142
43
44
45
46
47
48495051
MAP 8
%RH °C
MAP 7
%RH °C
MAP 6
%RH °C
MAP 5
%RH °C
UniMap
4 / 8 Points
Mapping Module
25
84 ~ 264
VAC
26 27
LN
Sr. No.:
PPI
°C
RTD
mV / V
mA
A1 A2 A3 B1 B2 B3
B1B2
B3 A1A2
A3
B1 B2 B3
A1 A2 A3
B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3 B1 B2 B3 A1 A2 A3
A1A2
A3 B1B2
B3 A1A2
A3 B1B2
B3 A1A2
A3 B1B2
B3
8
HumiTherm Ultra User Manual
Map Inputs
Each of the °C and %RH inputs are identical from wiring connection viewpoint. The descriptions below apply to all the inputs
with no deviations.
Make sure that proper jumper settings are made for each input for the selected input type as described later in this ection.s
RTD Pt100, 3-wire
Connect single leaded end of bulb to and the double leaded ends to terminals and (interchangeable) as shown RTD A1 A2 A3
in Use copper conductor leads of very low resistance ensuring that all 3 leads are of the same gauge and length. Figure 3.3(a).
Avoid joints in the cable.
DC Linear Voltage (mV / V) & Current (mA)
Use a shielded twisted pair with the shield grounded at the signal source for connecting mA / mV / V source. Connect common
(-) to and the signal (+) to , as shown in A2 / B2 A1 / B1 Figure 3.3(a) & (b).
POWER SUPPLY
Figure 3.4
As standard, the controller is supplied with power connections suited for 8 to 264 VAC line supply. Use well-insulated copper 5
conductor wire of the size not smaller than 0.5mm² for power supply connections. Connect Line (Phase) supply line to terminal
26 and the Neutral (Return) supply line to terminal 27 as shown in Figure . . The controller is not provided with fuse and 3 4
power switch. If necessary, mount them separately. Use a time lag fuse rated 1A @ 240 VAC.
Line
Neutral
26 (L)
27 (N)
2 Pole
Isolating Switch
Fuse
Power Supply
Terminal
Figure 3.3(b)Figure 3.3(a)
RTD
A1 A2 A3
°C
mV / V / mA
A1 A2 A3
%RH
mV / V / mA
B1 B2 B3
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