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iCM-RPRoom pressure controller • Room pressure monitor
1 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Performance features
Microprocessor controlled room pressure regulation with a full-graphic LC-display and a numerical room pressure signaling in Pascal Compact control system in a wall housing Integrated operator panel with status display and alarm
acknowledgement Integrated optional limit value monitoring of the
room under- or overpressure with visual or optional acoustical alarm Constant room pressure maintenance freely
programmable All system data is stored fail-safe in an EEPROM Running time of the actuator ≤ 3 s for 90 °, running
time delay freely programmable Free parameterization of the system data via the
internal menu or laptop with software PC2500, e. g. regulation time, over- or underpressure Internal static differential pressure sensor with a high
long-term stability for the steady measurement of the actual value within a range of ± 50 Pa or optional -80 to +20 Pa (external) Fast predicitve control algorithm Fast, steady and precise control via direct activation of
the actuator with feedback potentiometer Closed loop Monitoring of the customer provided ventilation system Suitable as room supply air or exhaust air controller Analogue actual value output 0(2) to 10 V DC/10 mA) Two digital inputs for up to three different room
pressure setpoint settings (e. g. airlocks, day/night operation) Relay contact 1 x A for limit value monitoring Internal power supply 230 V AC
Product description ● Function description● Performance features
Product description
Microprocessor controlled system for regulation and monitoring of the constant room pressure maintenance. It has to be maintained a constant over- or underpressure in clean rooms or laboratories compared to adjoining rooms (e. g. corridor). This avoids the intrusion respectively loosing of contaminated or uncleaned air with an excessive dust content depending on the application.
The room pressure controller iCM-RP regulates independently the necessary free programmable room under- or overpressure. The setpoint setting occurs via the digital inputs (parameterization via password protected internal menu or laptop with PC2500 software (USB fl ash drive)).
The adjusted room pressure actual value is shown on the full graphic LC display as a numerical value in Pascal. Exceeding or undercut of the adjusted setpoint setting triggers the visual (red LED) and optional acoustical alarm.
The room pressure controller iCM-RP is a suitable system supplement for the fume hood controller iCM-F-0 (regulation to a constant air infl ow) to guarantee the constant room pressure maintenance of the laboratory. Together with the duct pressure controller iCM-DP which regulates a bypass damper or the frequency converter of the fan directly SCHNEIDER provides a completely integrated and independent regulation system.
Functional description
Microprocessor controlled fast regulation system for a constant pressure maintenance of rooms. A fast control algorithm compares the room pressure setpoint with the measured room pressure of the static differential pressure sensor and controls fastly, precisely and steadily independent of pressure fl uctuations within the duct net.The parameterized constant room under- or overpressure is therefore constantly maintained.
The room pressure to be regulated is freely adjustable and can be stored fail-safe in an EEPROM. The control velocity is very fast (control time < 3 s) and the actuator running time for 90 ° can be freely adjusted within a range of 3 s to 24 s.
Due to the high control velocity the installation of a door respectively window contact is mandatory, to achieve a steady control behaviour and to avoid unnecessary control cycles during the opening and closing of doors or windows.While using the door or window contact the current control value is „frozen“, this means the room pressure regulation is inactive. The contact can be parameterized as NO (normally open or NC (normally closed).
The SCHNEIDER dampers for the room pressure controller iCM-RP are available in round or rectangular versions.
The room pressure controller iCM-RP regulates independently and has an internal limit value monitoring with a potential-free relay output each for the the upper and lower limit value.
iCM-RP-1
DK-200-S-K-0-0-RR-1
iCM-RPRoom pressure controller • Room pressure monitor
2 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Block diagram 1: room pressure controller iCM-RP
VAV/CAV
Supply air (variable) Exhaust air
(variable/constant)
Lab room (-) = negative pressure
Floor (+) = positive pressure
DK
+ -
T
Door contact
-10 Pa
iCM
+-Set VmaxI/O
Room Pressure
p
iCM-RP
50 Pa-+
Room pressure control-Supply air with Damper DK
Damper DK with high speed actuator
Parameterization
The parameterization of the setpoints and the readout of the actual value occur via laptop and software PC2500 (USB fl ash drive) or the integrated menu.
Constant room regulation
The room pressure controller iCM-RP is delivered in a wall housing, already contains the static differential pressure transmitter (± 50 Pa) and is suitable for the independent room pressure control of supply air as well as for exhaust air.
In block diagram 1 the room pressure controller iCM-RP follows the variable respectively constant room exhaust air and maintains the room pressure within the laboratory rooms in a constant underpressure (e. g. -10 Pa) via the room supply air although the exhaust air volume fl ow is re-gulated variably via the temperature sensor T.
The room pressure controller iCM-RP can control rooms in under- or overpressure by a suitably connected static dif-ferential pressure transmitter. Laboratories are controlled in underpressure while clean rooms are controlled in over-
pressure to avoid the intrusion of „unclean“ air into the clean room.
When used in laboratories (underpressure) the static dif-ferential pressure transmitter of the iCM-RP measures the pressure difference between the corridor (+) and the clean room (+) und generates the actual value signal for the to be adjusted setpoint.
When used in clean rooms (overpressure) the pressure difference between corridor (-) and the clean room (+) is measured. In this case the (-) connection of the differential pressure transmitter is led through the corridor.
The volume fl ow for the room exhaust air can also be con-veyed in a two-stage operation (day/night operation) or via a constant volume fl ow controller (CAV).
Due to the fast and precise control algorithm and the fast running actuator with „Fast Direct Drive“ activation it is pos-sible to adjust relatively airtight rooms smoothly as well. For extremly airtight rooms we recommend SCHNEIDER‘s VCP500 which is especially developed for this application.(see technical data sheet VCP500).
Room pressure controller iCM-RP ● Block diagram
iCM-RPRoom pressure controller • Room pressure monitor
3 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Room pressure controller iCM-RP ● Operating modes ● Set values ● Parameterization
digital inputfunction input 2
(day/night)set value 1 = normal value (day) 0set value 2 = reduced value (night) 1
Table 1: iCM-RP-operating modes
0 [Pa]10020 40 60 80
Function Input 1 [V]
10
8
6
4
2
0
9
7
5
3
1
room
pre
ssur
e ac
tual
val
ue (A
-Out
1)
room pressure
setpoint 1 0
set-point 1
setpoint 2 1
set-point 2
setpoint 3 with button VMAX
set-point 3
Graph 1: constant room pressure regulation (iCM-RP)Constant room pressureThe constant room pressure is regulated depending on the digital input circuit.
The available operating modes are shown in graph 1 and table 1. A 1-point, 2-point or 3-point operation (set value 1 to 3) can be easily realized by direct activation of the digital inputs or via the button Vmax.
Setpoints 1 to 3 for room pressure specifi cation
The room pressure setpoints shown in graph 1 are parame-terized for example with the following setpoints:
setpoint 1 (normal value) = + 40 Pascal setpoint 2 (reduced value) = + 20 Pascal setpoint 3 (emergency) = + 10 Pascal
The room pressure actual value signal (A-Out1) correlates with the adjusted room pressure.
For the circuit of the digital inputs refer to table 1 and termi-nal connection plan on page 11.
Positive or negative room pressure setpoint values can be regulated for the airlock pressure controller or clean rooms.
Alarm thresholds
Two independent alarm thresholds can be parameterized with arbitrary alarm values within the sensor range. The alarm threshold values high and low affect the alarm relay. If the alarm relay sinks, the alarm threshold is exceeded or undercut and the alarm status will be signaled.
The alarm threshold values always relate to the to be adju-sted prevailing room pressure setpoint.
Example: alarm threshold value high = 5 Pascal alarm threshold value low = 3 Pascal setpoint 1 (day) = + 20 Pascal setpoint 2 (night) = - 15 Pascal
During room pressure maintenance setpoint 1 (+20 Pas-cal) the alarm threshold value high will be exceeded and signaled at > +25 Pascal and the alarm threshold value low will fall below and signaled at < +17 Pascal (alarm relay drops down).
During room pressure maintenance setpoint 2 (-15 Pas-cal) the alarm threshold value high will be exceeded and signaled at < -10 Pascal and the alarm threshold value low will fall below and signaled at (alarm relay drops down).
If the input 2 is not wired (dead) setpoint 1 will be automa-tically adjusted.
The emergency (setpoint 3) can only be activated via button Vmax. The reduced value (setpoint 2) can be activated via the button „set“ or the digital input In2.
The contacts can be parameterized as NO (normally open) or NC (normally closed).
Alarm delay timeThe alarm delay time is freely programmable within a range of 0 to 240 s. The alarm mode has to be queued for at least the adjusted time to trigger the alarm. This time period re-duces the triggering of false alarms, e. g. in case of instable air supply.
Door-/window contactTo avoid unnecessary regulation cycles by opening or closing of doors respectively windows and due to the high control velocity (< 3 s) a suitable contact has to be connected which „freezes“ the present control value for the operation time which means that for this time period the room pressure control is inactive. The contact can be parameterized to NO (normally open) or NC (normally closed).
iCM-RPRoom pressure controller • Room pressure monitor
4 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Damper with fast running actuator with feedback potentiometer (standard version)
The room pressure to be adjusted occurs via the damper (supply or exhaust air). The very fast running actuator (3 s for 90 °), specifi cally developed for SCHNEIDER, is directly mounted to the axis of the damper and possesses a torque of 3 Nm and is suitable for round or rectangular dampers up to a diameter of 280 mm or 250 x 250 mm.The actuator is directly activated by the control electronics. (fast direct drive). This guarantees a fast and stable control behaviour.This activation mode shows signifi cant advantages compared to the analogue actuator activation (0 to 10 V DC) because the internal control electronics of the analogue (steady) controlled actuator posssesses a hysteresis which could cause vibrations in the controller in case of narrow room pressures to be adjusted or airtight rooms. A feedback potentiometer signals the actual value of the present damper position to the control electronics. A special control algorithm provides the necessary room pressure without vibration fastly and directly.
During the activation of the actuator the actual damper adjustment (damper control) is tested at the same time. This control concept with integrated monitoring function of the actuator exceeds the high safety regulations which are mandatory for room pressure controllers.
The end position of the dampers (damper close = 0 % and damper open = 100 %) can be arbitrarily parameterized, that means the actuator stops automatically at the pro-grammed damper position and regulates just within the parameterized spectrum (e. g. between 10 to 80 %). Therefore the minimum and maximum volume fl ows can be limited without further effort.
MNMQ 15
DN
Dampermotor withfeedbackpotentiometer(for damper position)
Dampermotor,4Nm3 sec for 90 °
Feedbackpotentiometerfor damper position
Damper with fast running actuator with feedback potentiometer
Performance features damper
IMPORTANT!Actuator NMQ12 (3 Nm) can be used for round dam-pers up to a diameter of 280 mm or rectangular dam-pers up to 250 x 250 mm.For larger dampers the actuator NMQ24 (8 Nm) with additional external transformer (additional box E4) has to be used.
iCM-RPRoom pressure controller • Room pressure monitor
5 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Performance features software
Upward and downward control time freely parameterizableThe upward control time (damper open) and the downward control time (damper closed) is freely parameterizable in 1-second steps from 2 to 24 s. For this reason the control behaviour of the room pressure controller iCM-RP can be adjusted optimally to the room conditions (room size and tightness). Vibration tendencies can be minimized or completly avoided by optimal parameterization.
Control parameters
All project specifi c control parameters, e. g. room pressure setpoint, deadzone and close-up range can be retrieved, changed and monitored smoothly on site via the internal service level or a laptop (see overview internal menu list on page 10). A cyclic sequential retrieving and testing of control actual values and setpoints guarantees a very fast, stable and adequate room pressure regulation.
Test- and diagnosis functions
For the commisssioning, diagnosis and simple error search it is very important to have an extensive and exact overview of all measured actual values.
SCHNEIDER‘s special test and diagnosis programm via service module SVM100 or PC software PC2500 provides the service and commissioning staff with the following actual values.
The controller iCM-RP possesses additionally an integrated service level which is accessible with the functional keys via password.
actual value unitroom pressure Padamper position %
The following test functions are feasible:
Indication of digital inputs Indicates the present status of all digital inputs
Analogue inputs Indicates all analogue inputs with the present signal
voltage
Analogue outputs Indicates all analogue outputs with the present signal
voltage
Testing of actuator/damper Actuator/damper can be opened and closed with this
test function
These test and diagnosis functions facilitate and simplify the commissioning and error search signifi cantly.
ATTENTION!The room pressure controller iCM-RP is not suitable for very airtight rooms. If very airtight rooms should be adjusted exactly and pressure stably we recom-mend SCHNEIDER‘s patented room pressure priori-tized volume fl ow controller VCP500 (see technical data sheet VCP500).
iCM-RPRoom pressure controller • Room pressure monitor
6 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Room scheme 1 ● Room pressure controller iCM-RP with variable or constant room supply air
VAV/CAV
Supply air (variable/constant)
Exhaust air (variable)
Floor (+) = positive
pressure
Lab room (-) = negative
pressure
T
Door contact
Room pressure controller
Exhaust air with damper DK -
+-
Room Pressure
iCM-RP
-+
+
DK
The room scheme 1 correlates with the block diagram 1 (page 2), unless that the room supply air is regulated by a variable (VAV) or constant (CAV) volume fl ow controller.
The room pressure controller iCM-RP follows the room sup-ply air and maintains the constant room pressure via the room exhaust air. (e. g. -10 Pa).
Clean rooms are mainly controlled in overpressure to avvo-id the intrusion of „uncleaned“ air into the clean room.
Air lock (+) = positive
pressure against common reference
Exh
aust
air
(con
stan
t)
CAV
Supply air (variable)
DK
CAV
CAV Rau
mab
luft
(kon
stan
t)
Common(-) = reference
Door contact
Door contact
Door contact
-
+-
Room Pressure
iCM-RP
-+
+
DK
-
+-
Room Pressure
iCM-RP
-+
+
DK
-
+-
Room Pressure
iCM-RP
-+
+
Supply air (variable)
Supply air (variable)
Exh
aust
air
(con
stan
t)
Room 1 (++) = positive
pressure against common reference
Room 2 (+++) = positive
pressure against common reference
Room scheme 2 ● Airlock room pressure controller iCM-RP with variable or constant exhaust air
room reference measure-ment to
paramete-rized value [Pascal]
pressure difference to-wards corridor (atmosphere) [Pascal]
airlock common +10 +10room 1 common +20 +20Raum 2 gemeinsam +30 +30
Table 2: example values and reference measurement
Room scheme 2 shows an appli-cation with constant volume fl ow controllers (CAV) each for the room exhaust air of the different rooms.
The room pressure controller iCM-RP regulates automatically the parameterizable room over-pressure (+) independently for each room.
Table 2 shows the paramete-rized values and the reference measurement of the static diffe-rential pressure transmitter. All room pressure controllers iCM-RP are summarized on the (-) = underpressure page and measu-re against a common reference point. This preferred measuring type guarantees the best stabi-lity, at which the reference point should be situated at a construc-tional favorable position (e. g. calm cellar room without wind load respectively air pressure changes (Attention: elevators)). The wrong measurement of rooms against each other (e. g. room 1 against airlock) leads to reinforced vibrati-on tendencies in the room pressu-
re controlling because room pressure changes e. g. in the airlock affect room 1.
Arbitrary reference measurements and iCM-RP confi gura-tions (room supply air or exhaust air) are possible, depen-ding on the applications, at wich the control stability (low vibration tendency) should always be taken into conside-ration.
iCM-RPRoom pressure controller • Room pressure monitor
7 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
...
FUME HOOD #1
0,3 m/s
iCM
+-Set I/O
FUME HOOD #2
0,3 m/s
iCM
+-Set I/O
FUME HOOD #3
0,3 m/s
iCM
+-Set I/O
FUME HOOD #n
0,3 m/s
iCM
+-Set I/O
Room supply air (variable)
Floor (+) = positive pressure
DK
+ -
Door contact
-10 Pa
iCM
+-Set VmaxI/O
Room Pressure
p
iCM-RP
50 Pa-+
Room pressure control-Supply air with damper DK
Damper DK with high speed actuator
CAV
Room exhaust air (constant)
Labroom (-) = negative pressure
Constant speed extract fan
Fres
h ai
r
Bleed damper DK with high speed actuator (Bypass)
-420 Pa
iCM
+-Set VmaxI/O
Duct Pressure
p
iCM-DP
800 Pa-+
Duct pressure control-Extract air
with Bleed damper DK
DK
Ext
arct
air
+ -
Con
stan
t dis
char
ge
velo
city
iCM-F-0
iCM-RP
iCM-DP
Block diagram 2: complete independent laboratory control system with laboratory control system iCM-F-0 (face velocity), room pressure controller iCM-RP and duct pressure controller iCM-DP with bleed damper activation
The block diagram 2 shows a complete independent labo-ratory control system. The fume hoods are adjusted to a constant infl ow velocity via the face velocity controller iCM-F-0. Depending on the total exhaust air volume fl ow, which consists of the extracting fume hoods and the constant con-troller CAV, the supply air is compensated in such a way to maintain a constant underpressure of - 10 Pa.
The disadvantage is the direct infl uence of opened doors respectively windows on the room pressure. To avoid un-necessary regulation of the falling room pressure the con-nection of a door and/or window contact is recommended. Therefore the room pressure controller will be „frozen“ with the present damper position (inactive) when a door or win-
dow is open to reduce the wearout of the actuator and the gear signifi cantly.
In this example the duct pressure controller iCM-DP works independently as well and is chosen as a bleed damper ac-tivation. A duct pressure controller via frequency converter FU for the total supply air and exhaust air is also possible.
Further applications (block diagrams): see technical data sheet iCM-LabSystem.
iCM-RPRoom pressure controller • Room pressure monitor
8 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Order code: room pressure controller/damper with actuator
Order code: room pressure controller
Room pressure controller with graphic LC-display and numerical room pressure display in Pascal, mounted in a wall housing with integrated static differential transmitter ± 50 Pa, relay for upper and lower limit value and internal power supply 230 V AC.
make: SCHNEIDER type: iCM-RP-1
Order example: room pressure controller with graphic display iCM-RP-1
iCM - RP -
control operating moderoom pressure controller RP
1
differential pressure transmitter1 internal, ± 50 Pascal2 external, - 80 to + 20 Pascal
Important:DK damper with actuator has to be ordered additio-nally.
type
Order code: damper (without measuring device) with actuator, round design
DK 250 - P MM - -
materialPolypropylene (PPs) PPPs-el (electroconductive) PelPolyvinyl chloride (PVC) PVGalvanized steel SStainless steel 1.4301 (V2A) V2Stainless steel 1.4571 (V4A) V4
Damper, DN250, PPs, without damper seal , without rubber lip seal, without acoustic cladding, socket/socket, fast running actuator 3 s for 90 ° (fast direct drive SCHNEIDER).
make: SCHNEIDER type: DK-250-P-0-0-0-MM-1
Order example: damper with actuator, round design, PPs
actuator type1 SCHNEIDER standard, direct drive,12 V,
3 s für 90 °, 3 Nm8 steady impulse 24 V, 4 s für 90 °, 8 Nm
(with external 24 V transformer)
1 -
nominal diameter DN [mm]100, 110, 125, 160200, 225, 250, 280315, 355, 400
100...
400
material available nominal diameterPolypropylene (PPs) P 110, 160, 200, 225, 250, 280 315, 355, 400PPs-el (electroconductive) Pel 110, 160, 200, 225, 250, 280 315, 355, 400Polyvinyl chloride (PVC) PV 110, 160, 200, 225, 250, 280 315, 355, 400Galvanized steel S 100, 125, 160, 200, 225, 250, 280 315, 355, 400Stainless steel 1.4301 (V2A) V2 100, 125, 160, 200, 225, 250, 280 315, 355, 400Stainless steel1.4571 (V4A) V4 100, 125, 160, 200, 225, 250, 280 315, 355, 400
0 -
rubber lip seal (only steel and V2A/V4A)0 = without G = with rubber lip seal
acoustic cladding0 = without D = with acoustic cladding
0 -0 -
damper sealwith damper seal = K ohne = 0
pipe connections infl ow/outfl owMM socket/socket (only PPs und PPs-el)MF socket/fl ange (only PPs und PPs-el)FM fl ange/socket (onlyPPs und PPs-el)FF fl ange/fl ange (PPs, PPs-el, steel and stainless steel)RR pipe/pipe (only steel and stainless steel)
Important:Room pressure controller iCM-RP-1 has to be ordered additionally. From nominal diameter ≥ DN315 the delivery includes the actuator type 8 with additi-onal box E4 (external 24 V transformer).
type
iCM-RPRoom pressure controller • Room pressure monitor
9 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
order code: damper with actuator, rectangular design
DK 600 - S -
Damper, width = 600 mm, height = 400 mm, galvanized steel, without damper seal, without acoustic clad-ding, fl ange/fl ange (standard), fast running actuator 5 s für 90 °, 8 Nm.
make: SCHNEIDER type: DK-600-400-S-0-0-2
Order example: damper (without measuring device) with actuator, rectangular design, galvanized steel
8
nominal width W [mm]200, 300, 400, 500, 600
700, 800, 900, 1000, 1200
200...
1200
material available nominal widthsW [mm]
available nominal heightsH [mm]
Polypropylene (PPs) P 200...1000 100...400PPs-el (electroconductive) Pel 200...1000 100...400Polyvinyl chloride (PVC) PV 200...1000 100...400Galvanized steel S 200...1000 100...400Stainless steel 1.4301 (V2A) V 200...1000 100...400
0 -
acoustic cladding0 = without D = with acoustic cladding
0 -400 -
nominal height H [mm]100, 160, 200
250, 300, 400
100...
400 damper seal0 = without K = with damper seal
DK-250-P-0-0-0-MM-1 DK-600-400-S-0-0-2
Remark:Room pressure controller iCM-RP-1 and damper (DK) always have to be ordered separately.
-
Order code: damper (without measuring device), with actuator
Important:Room pressure controller iCM-RP-1 has to be ordered additionally. From nominal height ≥ 250 and nominal width ≥ 250 the delivery inclu-des the actuator type 8 with additional box E4 (external 24 V transformer).
actuator type1 SCHNEIDER standard, direct drive,12 V,
3 s für 90 °, 3 Nm8 steady impulse 24 V, 4 s für 90 °, 8 Nm
(with external 24 V transformer)
type
MaterialPolypropylene (PPs) PPPs-el (electroconductive) PelPolyvinyl chloride (PVC) PVGalvanized steel SStainless steel 1.4301 (V2A) V2Stainless steel 1.4571 (V4A) V4
iCM-RPRoom pressure controller • Room pressure monitor
10 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Display actual values
Enter password
Actual values
Pressure normal
Pressure reduced
Pressure emergency
Alarm limit HIGH
Alarm limit LOW
Slow area PLUS
Slow area MINUS
Deadzone PLUS
Deadzone MINUS
Pressure sensor
Nullification
Leading sign
Rotation direction
Control type
Ramp time Up
Ramp time Down
Damper limit HIGH
Damper limit LOW
Analog output
Software version
Alarm delay
Delay start
Buzzer duration
Vmax duration
Service
Button Set
Button I/O
Relay K3/K6
Relay K2/K5
Emergency type
DIN On/Off
DIN Day/Night
DIN Emergency
Test DIN/AIN/AOUT
Test motor
Operating hours
Language
Contrast
Password
Exit
Button Vmax
Survey menu list
iCM-RPRoom pressure controller • Room pressure monitor
11 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
K1
ROOM PRESSURE CONTROL
iCM-RPDate:2014/November/03
Rev.:1.0
Relay Light
Terminal diagram, complete
Laptop
NO
CO
M
NO
NC
CO
M
1 2 3 4 5
RS485
X1iCM
Reset
RS 232
K2 K3
Relay On/Off
Relay Alarm
3 4 5X2
6 7 8 9 101112X3 X4
131415161718
192021
LED1
ANALOGUE OUTPUT A1Out0(2)...10V DC/10mA
GNDA1-Out
X5
X6
X7
X8GND
+15V DC
X9
X10X11
Run
ProgammingX12
X13JP2
X14
CPU
12
JP1
X14
1 2
-10 Pa
iCM
+-Set VmaxI/O
12
X2
STATIC DIFFERENTIAL PRESSURE SENSOR50 Pa
Actuator NMQ12, 3Nm only suitable for damper DN <= 280mm or rectangle <= 250 x 250mm!
DIGITAL INPUTSMax. Kabellänge < 3m
Day/Night
In1
In2
On/Off
Room Pressure Controller
Air direction
Actuator with feedback potentiometer
NMQ 123 Nm3 sec
M
Room pressure (-) = negative pressure
1 2 3 4 5
Floor (+) = positive
pressure
X3
iCM
-RP
Power supplyIN: 100...240V ACOUT: 15V DC/1,3 A
NL
POWER
230 VAC50/60Hz
1 2 3X1
F1
1,0 AT
+15V
-
- P
+ P50 Pa
SUPPLY15V DC/1,3 A
Cable specification:
Cable type for 230V AC Power:minimum NYM 3 x 1,52
Cable type for In-/Outputs:IY(St)Y 2x2x0,8 Lg for Voltage supply < 60 Vminimum NYM 2 x 1,52 for Voltage supply > 60 V up to maximum 250 V
On site tubingThe tubing of the controller with the room and the delivery of the required hose nibbles and the pressure hose is done on site.
Door contactIn3
FAU
LT A
LAR
M
OP
ERAT
ION
ON
LIG
HT
ON
/OFF
Max
.: 12
A /
B16
L1,2
,3 (1
15/2
30V
AC
)
ON
/OFF
Rel
ay c
onta
ctM
ax.:
3A /
60VA
C
FAU
LT A
LAR
MR
elay
con
tact
Max
.: 3A
/ 60
VA
C
AC
TUA
TOR
NM
Q 1
515
V D
C/3
Nm
/3 s
FEED
BA
CK
-PO
TEN
TIO
MET
ER
For damper DN > 280mm or rectangle > 250 x 250mm use actuator NMQ24, 8Nm with Add-On-Box -E4. The Add-On-Box -E4 supplies 24 VAC.
Terminal diagram: room pressure controller iCM-RP
Terminal diagram
iCM-RPRoom pressure controller • Room pressure monitor
12 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Dimensions ● Volume fl ow ranges
Damper without measuring device PPs, round design, with actuator control operating mode: room pressure controller iCM-RP high control precision and responsivity fast and stable room pressure maintenance (< 2 s) option: airtight damper according to DIN
no-minal width
innerØ
volume fl ow VMIN, VMAX, VNOMduring fl ow velocity v
NW[mm]
D[mm]
v=approx. 0,5 m/s
VMIN[m3/h]
v=6 m/sVMAX
[m3/h]
v=approx. 10m/sVNOM
[m3/h]160 161 30 434 589
200 201 50 679 1005
250 251 80 1060 1628
315 316 130 1683 2667
400 401 217 2714 4347
Gesamtlänge = B
D
Einbaulänge = LL1 L1
Gesamtlänge = Einbaulänge = BD
1
d
K
D
model: DK-XXX-P-MM-1 (socket/socket) model: DK-XXX-P-FF-1 (fl ange/fl ange)
The adjoining table shows the volume fl ows within the ap-propriate duct fl ow velocities and nominal widths. In the laboratory (exhaust and supply air) the duct fl ow velocity v = 6 m/s should not be exceeded due to the acoustic noise (fl ow noise). In case of exceeding this value the sound pressure level of < 52 dB(A) demanded by DIN1946, part 7, can only be achieved with extensive sound absorption. The duct fl ow velocity can fell below v = 0,5 m/s because the room pressure will be adjusted and therefore the re-quired fl ow velocity (volume fl ow) is set.
no-minal width
innerØ
dimensionssocket/socket
NW[mm]
D[mm]
W[mm]
L1
[mm]L
[mm]160 161 150 40 70200 201 170 50 70250 251 175 50 75315 316 175 50 75400 401 180 50 80
no-minal width
innerØ
dimensionsfl ange/fl ange
NW[mm]
D[mm]
W[mm]
outerØ
D1 [mm]K
[mm]d
[mm]
quant.
160 161 210 230 200 7 8
200 201 230 270 240 7 8
250 251 235 320 290 7 12
315 316 240 395 350 9 12
400 401 240 480 445 9 16
iCM-RPRoom pressure controller • Room pressure monitor
13 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Technical data
Generalinternal power supply 230/110 V AC/50/60 Hz/
±15 %current consumption max.
100 mA
power consumption max. 20 VArecovery time 600 msoperating temperature 0 O C bis +55 O Cair humidity max. 80 % relative,
noncondensing
Housing (iCM-RP-control unit)protection class IP 40material plastic with front foilcolor greydimensions (l x w x h) 134 x 80 x 40 mmweight approx. 1,0 kgappliance terminals screw terminal 0,75 mm2
Wall housing with integrated controller iCM-RPprotection class IP 40material steel panelcolor white, RAL 9002dimensions (l x w x h) 150 x 100 x 40 mmweight approx. 1,0 kgappliance terminals screw terminal 1,5 mm2
Relay outputsquantity 1 relay (K1)contact type operating contactswitching voltage max. 250 V ACcontinuous current max. 8 Aquantity 2 relays (K2, K3)contact type two-way/operating contactswitching voltage max. 250 V ACcontinuous current max. 3 A
Analogue output1 output 0(2) to 10 V DC, 10 mA
Analogue input1 input 0(2) to10 V DC, 1 mA
Digital inputs (galvanically isolated)quantity 2 opto-couplerinput voltage max. 24 V DC ±15 %input current max. 10 mA (per input)
Differential pressure transmittermeasurement principle staticpressure range ± 50 Pascalprecision < 0,1 %response time < 10 mssensor burst pressure 500 mbar
Actuator NMQ12, 3 Nm for dampers up to DN280 or rectangular 200x200torque 3 Nmregulating time 3 sec. for 90 °activation direct drive with integrated
power monitioringsolution < 0,5°
Actuator NMQ24, 8 Nm (only usable with additional box -E4)
for dampers from ≥ DN315 or rectangular ≥ 250x250torque 8 Nmregulating time 4 sec. for 90 °activation 2 to 10 V DCadditional external transformer necessary(e. g. additional box -E4)
230 VAC / 24 VAC / 16 VA
solution < 0,8°
Damper, round or rectangular designmaterial polypropylene (PPs)
polypropylene, electroconductive (PPs-el)polyvinyl chloride (PVC)galvanized steelstainless steel
iCM-RPRoom pressure controller • Room pressure monitor
14 Technical documentation iCM-RP • status: 01/2015 • subject to alterations • www.schneider-elektronik.com
Dimensions ● Dimensional drawings ● Tender specifi cation
SCHNEIDER Elektronik GmbH phone: +49 (0) 6171 / 88 479 - 0 Industriestraße 4 fax: +49 (0) 6171 / 88 479 - 9961449 Steinbach • Germany e-mail: [email protected]
No
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r prin
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rror
s or
des
ign
chan
ges
• A
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rese
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CH
NE
IDE
R
housing iCM-RP: top view housing iCM-RP: lateral view
40
Please order for the controller iCM-RP the damper DK with actuator in addition.
-10 Pa
iCM
+-Set Vmax
LOW OKAY
0 25 50
I/O
HIGH
100
150
- + - +
Tender specifi cation iCM-RPRoom pressure controller with integrated microprocessor, static differential pressure transmitter and fully graphic dis-play with numerical signaling of the room pressure actual value. Fast, constant and automatic controlling (< 3 sec) of room under- or overpressure with integrated monitoring function and acoustical alarm as well as provision of two freely programmable relay contacts (e. g. for exceeding the upper and undercut the lower limit value). All setpoints are freely parameterizable via a password secured internal servicing level or laptop with software PC2500 (USB fl ash
drive). Storage of all system data in the fail-safe EEPROM. Suitable for room pressure regulation via room supply air or exhaust air. Controller built-in a compact and shapely wall housing. Direct digital activation of the fast running actuator (< 3 s for 90 °) for exact and vibration-free room pressure regulation. Damper (round or rectangular) made of different material. All cables are pre-assembled ready to plug-in.