Pack PR - Régulateur de vitesse monophasé Soler & Palau - Free user manual and instructions

Product Type	Single-phase speed regulator for fans
Brand	Soler & Palau
Model	Pack PR
Dimensions (W x H x D)	80 x 80 x 50 mm (approx.)
Weight	0.2 kg
Power Supply	230 V AC, 50/60 Hz
Maximum Current	5 A
Maximum Power	1150 W
Speed Control Method	Potentiometer (variable resistor)
Protection Class	IP20
Operating Temperature	-10°C to +40°C
Main Function	Adjustable fan speed control
Installation	Wall-mount or panel-mount
Material	Plastic housing, metal knob
Connection	Screw terminals (line, neutral, motor)
Safety Features	Overheat protection, short-circuit protection (built-in fuse)
Compatibility	Suitable for single-phase induction motors up to 5 A
Maintenance	Periodic cleaning of ventilation slots; keep dry
Spare Parts	Potentiometer knob, fuse (5x20mm, 5A)
Documentation	User manual included (available for download)

Frequently Asked Questions - Pack PR Soler & Palau

What type of motors is the Pack PR compatible with?

The Pack PR is designed for single-phase induction motors used in fans, such as those found in ventilation systems. It is not suitable for shaded-pole or capacitor-start motors without verification.

How do I wire the Pack PR speed controller?

Connect the mains supply (L and N) to the input terminals. Connect the motor to the output terminal. Ensure the motor load does not exceed 5 A. Refer to the wiring diagram in the manual for details.

Can I use the Pack PR with a 3-phase fan?

No, the Pack PR is a single-phase speed controller. For 3-phase fans, you need a three-phase controller or a variable frequency drive.

What should I do if the controller does not adjust speed smoothly?

Check the potentiometer for dirt or wear. Clean the potentiometer contact with contact cleaner. If the problem persists, replace the potentiometer.

Is the Pack PR protected against overload?

Yes, the Pack PR includes a thermal overload protection that will shut off the output if the internal temperature exceeds safe limits. It also has a fuse for short-circuit protection.

What are the physical dimensions of the Pack PR?

The approximate dimensions are 80 x 80 x 50 mm (width x height x depth), but exact measurements may vary. Verify with the manual for precise mounting requirements.

Can I mount the Pack PR on a wall?

Yes, the controller can be wall-mounted using the screw holes on the backplate. Ensure it is installed in a dry location away from direct moisture.

How do I clean the Pack PR?

Disconnect power before cleaning. Wipe the exterior with a damp cloth. Do not use abrasive cleaners or immerse in water. Keep ventilation slots clean.

What is the maximum distance between the controller and the fan?

For optimal performance, keep the cable length under 10 meters. Longer runs may cause voltage drop and heat buildup. Use appropriate wire gauge.

Where can I find the replacement fuse for the Pack PR?

The fuse is a standard 5x20mm glass fuse, 5A. It can be purchased at most electronics stores. Always replace with the same rating.

USER MANUAL Pack PR Soler & Palau

Electronic single phase speed controllers. Available in wall box or flush mount versions. Fuse protected + spare fuse included. Minimum speed adjustment. Single ON/OFF and speed regulation control knob.

Two white industrial electrical switch knobs with rotary dials, shown from different angles (no text or symbols visible)

802246

Model Electrical supply IP			Protection	Power (VA)	Maximum current (A)	Minimum current (A)	Class Operating temperature range (°C)
	Frequency (Hz)	Voltage (V)
REB-1N/1NE	50 220-240 IP44			220 1 0,15			Class II
REB-2,5N/2,5NE 550 2,5 0,15

REB-5 MAX MAX

LxWxH (mm): 83 x 81 x 160

REB-5

Electronic single phase speed controller. Surface mounted. Fuse protected. Minimum speed adjustment. Separate ON/OFF switch.

Model	Electrical supply		IP Protection	Power (VA)	Maximum current (A)	Class Operating temperature range (°C)
	Frequency (Hz)	Voltage (V)
REB-5	50	230	IP54	1150	5	Class I +5 / +35

REB-10 REB REB

LxWxH (mm): 115 x 95 x 195

REB-10

Electronic single phase speed controller. Surface mounted. Fuse protected. Minimum speed adjustment. Separate ON/OFF switch.

Model	Electrical supply		IP Protection	Power (VA)	Maximum current (A)	Class	Operating temperature range (°C)
	Frequency (Hz)	Voltage (V)
REB-10	50	230	IP54	2300	10	Class I	+5 / +35

Close-up of a white electrical switch with a circular dial and indicator lights (no visible text or symbols)

LxWxH (mm): 90 x 54 x 134

RRB-100

Electromechanical single-phase speed controller.

Variable reactance.

Surface mounted.

Five position knob.

Model Electrical supply IP		Protection	Power (VA)	Maximum current (A)	Class Operating temperature range (°C)
Frequency (Hz)	Voltage (V)
RRB-100 50 230	IP20 94,3W 0,41				Class II 5-45°C

Front view of a light blue industrial control panel with a green indicator dial and 'RMB' label (no readable text beyond branding)

Simple geometric diagram of a square with a central square and corner holes, labeled 'B' at the bottom (no text or symbols within the diagram itself)

A C

RMB

Single phase speed controller by auto-transformer.

IP56 ABS casing.

Electrical supply: 1/230V/50-60Hz.

Five position knob (0/1/2/3/4).

Voltage: 80, 105, 130, 160 and 230 V.

Pilot light.

Model Maximum current (A)		Casing IP Protection		Class Operating temperature range (°C)	Dimensions (mm)			Weight (kg)
					A B C
RMB-1,5	1,5	PP V0	IP55	Class I	0 / +40	230	180	95
RMB-3,5	3,5					230	180	95
RMB-5	5					230	180	95
RMB-8	8					310	230	125
RMB-10	10					310	230	1250

Exterior view of a beige industrial control box with buttons and a small label (no visible text or symbols)

RMT configuration with metallic box

Exterior view of a white industrial electrical control box with a rotary knob (no visible text or symbols)

RMT configuration with ABS box

RMT

Three phase speed controller by auto-transformer.

IP54 ABS casing for RMT-1,5 and RMT-2,5 models.

IP54 metallic casing from RMT-5 to RMT-12 models.

Electrical supply: 3/400V/50-60Hz. Six position knob (0/1/2/3/4/5).

Voltage: 90, 150, 200, 280 and 400 V. Pilot light.

Simple geometric diagram of a square plate with a central square and dimension label B (no text or symbols)

A C

Model	Maximum current (A)	Casing IP	Protection	Class	Operating temperature range (°C)	Dimensions Weight			(kg)
						A B C
RMT-1,5	1,5	ABS	IP54	Class I	0 / +40	280	200	140 6
RMT-2,5	2,5	ABS				280	200	140	13
RMT-5	5	Metallic				300	250	205	16
RMT-8	8	Metallic				400	300	205	21
RMT-12	12	Metallic				400	300	205	30

White rectangular industrial control box with a rotary knob and indicator button (no visible text or symbols)

REV

Auto-transformer.

Single phase 230V-50 Hz.

Wall mounting.

IP44.

Motor PTO connection.

Maximum switch output: (1A).

Simple geometric diagram of a rectangular frame with a central square and corner holes, labeled 'B' at the bottom (no text or symbols within the diagram itself)

A C

Model Maximum	current(A)	Dimensions Weight			(kg)
		A B C
REV-1,6N 1,6 A 240 190 120 3
REV-3N 3 A 240 190 120 5
REV-5N 5 A 240 190 120 6
REV-7N 7 A 240 190 120 7
REV-10N 10 A 290 240 160 12

Exterior view of a white industrial control box with a rotary knob and indicator lights (no text or symbols visible)

RDV

Auto-transformer.

Three phase 400V-50 Hz.

Wall mounting.

IP44.

Motor PTO connection.

Maximum switch output: (1A).

Simple geometric diagram of a square plate with a central square and side holes, labeled 'B' at the bottom (no text or symbols within the diagram itself)

A C

Model Maximum	current(A)	Dimensions Weight			(kg)
		A B C
RDV-0,8N	0,8 A 290 240	160 5,8
RDV-1,2N	1,2 A 290 240	160 8
RDV-2,5N	2,5 A 290 240	160 11,2
RDV-3,2N	3,2 A 290 240	160 14,7
RDV-5N	5 A 340 290	160 18,5
RDV-7N	7 A 340 290	160 21
RDV-10N	10 A 400 300	200			38

White electrical circuit breaker with red and yellow color scheme, no visible text or symbols

LxWxH (mm): 85 x 90 x 120

PARO/MARCHA 5P and PARO/MARCHA 8P

ON/OFF Electrical isolation switch.

PARO/MARCHA 5P (ON/OFF 5P):

Five pole electrical isolation switch. One speed motor application (3 wires). Maximum absorbed current: 20A. Open / close position reset. IP66 / IP67 protection. 3x380V / 3x440V motors. 1x220-240V motors.

PARO/MARCHA 8P (ON/OFF 8P):

Eight pole electrical isolation switch. Two speed motor application (6 wires). Maximum absorbed current: 20A. Open / close position reset. IP55 protection. 3/380-440V motors.

Close-up of a red circular switch with yellow base, mounted on a silver frame (no visible text or symbols)

DESENFUMAGE SWITCHES

ON/OFF switches to work immersed at 400°C/2h. Aluminum enclosure. Maximum intensity allowed depending on Model, from 25A to 125A. To apply to 3x380V / 3x440V motors. Frequency: 50-60Hz. IP65.

124 90 A

B 74 64 64

Model A B

Desenfumage switches
INT-IPM 25/6P-F300
INT-IPM 25/6P-F400
INT-IPM 40/6P-F400
INT-IPM 63/6P-F400
INT-IPM 125/6P-F400
Desenfumage switches with auxiliary contactors
INT-IPM 25/6P+1NA+1NC-F300
INT-IPM 25/6P+2AUX-F300
INT-IPM 25/6P+2AUX-F400
INT-IPM 40/6P+2AUX-F400

Yellow industrial electrical switch component with red circular port (no visible text or symbols)

INTZ

ON/OFF electrical isolation switch.

3 and 6 pole electrical isolation switch.

3-point lock.

Open / close position reset.

230V single-phase or 400V-50/60Hz

three-phase motor.

IP65 Protection Index: outdoor

installation if possible.

Supplied with cable.

1 x PE2 D W *E 2 x PE1 H *F 2 x PE1 1 x PE2

Model Switch output main contacts (AC23)	W (mm)	H (mm)	D (mm)	E* (mm)	F* (mm)	PE1 PE2
Confort Smoke extract**

1 speed

INTZ 1V15 15,4 A 10,2 A 90,5 90,5 102 80 80 M20 M12
INTZ 1V22 22,4 A 14,9 A 115 115 136 100 100 M25 M16
INTZ 1V29 29,8 A 19,8 A 115 115 136 100 100 M25 M16
INTZ 1V43 43 A 28,6 A 145 145 158 130 130 M25/32/40 M20
INTZ 1V68 68 A 45,3 A 167 220 144 151 203 M25/32/40 M20
2 speed
INTZ 2V15 15,4 A 10,2 A 90,5 90,5 139 80 80 M20 M12
INTZ 2V22 22,4 A 14,9 A 115 115 163 100 100 M25 M16
INTZ 2V29 29,8 A 19,8 A 115 115 163 100 100 M25 M16
INTZ 2V43 43 A 28,6 A 145 145 188 130 130 M25/32/40 M20
INTZ 2V68 68 A 45,3 A 216 267 170 190 242 M40/50 M20

* Mounting dimensions.
* Accordance with the regulations: smoke extract size = size confort/1.5.

Electrical control box with red and yellow casing (no visible text or symbols)

INTZ ATEX

ON/OFF electrical isolation switch.

3 and 6 pole electrical isolation switch.

Electrical supply:

Single phase 230V-50/60Hz.

Three phase 400V-50/60Hz.

IP66.

C B

Model	A B C G H ∅
INTZ 02.10 ATEX 84	135 112 68,5 61,5 5,5
INTZ 02.20 ATEX 110	208 141 96 150 7
INTZ 02.40 ATEX	140 270 168 126 197 7
INTZ 04.20 ATEX
INTZ 04.40 ATEX 271	316 275 247 247 7

Model	Maximum current (A)	Weight (kg)
3 pole, 1 speed
INTZ 02.10 ATEX 10 0,55
INTZ 02.20 ATEX 20 1,48
INTZ 02.40 ATEX 40 2,75
6 pole, 2 speed
INTZ 04.20 ATEX 20	2,43
INTZ 04.40 ATEX 40	6,5

Exterior view of a white electrical circuit breaker with a red and black indicator light (no text or symbols visible)

MSD

Motor starter for single and three phase motors with integrated termal contacts.

• Surface mounting.
• Cabinet installation.
• Potential free contact.
• IP 54.

Model	Supply	Operating range
MSD	3 - 400 V	Max. 25 A

Close-up of a white electrical switch with a black rotary dial and indicator lights (no visible text or symbols)

LxWxH (mm): 85 x 90 x 120
COM D/S

Three phase fan Y / Δ switch.

Rotary switch with three positions, OFF, Y and .

Maximum absorbed current: 20A.

IP67 protection.

Supply voltage Voltage of motor
380-400 V	III / 380 / 50
	III / 400 / 50
220-230 V	III / 220-380 / 50
	III / 230-400 / 50

Two industrial control switches, one blue and one gray, with no visible text or symbols on the switches themselves.

PTC 1~ 230V N 50Hz U1 V1 W1 MSD-2 N L1 L2 L3 3~400V 50Hz

MSK-EX

Set comprising a protection relay in

combination with a circuit breaker.

- For 400 V three-phase motors with PTC.

- Maximum current: 25 A.

- Mounting: (mount to the outside of the Atex zone).

MSD-2: IP54.

MS 220 KA: DIN rail mounting IP20.

Model W H D
MSD-2 92 122 112
MS 220 KA 23 76 116

White industrial control panel with two side connectors and a valve (no visible text or symbols)

APG-130
IP54 surface mounting box for MS 220 KA.

Model IP Protection Dimensions (mm)
APG-130 IP54	115x115x135

Exterior view of a gray industrial electrical switch unit (no visible text or symbols)

DIJZ

Switch for 1-speed motor single or three phase. Thermal-magnetic circuit breaker and ON/OFF control for single speed motor.

• Unit Protection Indication = 0.25 to 32 A: IP65 and 40 to 63 A: IP 54.
• ON/OFF padlockable rotary switch.
• Auxiliary contact O / C.
• Outdoor installation possible.

95 *76 *115 155 95

DIJZ 05 0,25 to 25

18 Ø7 150 18 fixation 235 250

DIJZ 05 32 to 50

258 260 fixation 254 fixation 354 380

DIJZ 05 63

Model Current Range (A)
	High speed
DIJZ 05 0,25 0,16 to 0,25
DIJZ 05 0,4 0,25 to 0,4
DIJZ 05 0,63 0,4 to 0,63
DIJZ 05 1,0 0,63 to 1
DIJZ 05 1,6 1 to 1,6
DIJZ 05 2,5 1,6 to 2,5
DIJZ 05 4,0 2,5 to 4
DIJZ 05 6,3 4 to 6,3
DIJZ 05 10,0 6,3 to 10
DIJZ 05 16,0 10 to 16
DIJZ 05 20,0 16 to 20
DIJZ 05 25,0 20 to 25
DIJZ 05 32,0 25 to 32
DIJZ 05 40,0 28 to 40
DIJZ 05 50,0 40 to 50
DIJZ 05 63,0 45 to 63

White rectangular industrial enclosure with a black button on the side (no visible text or symbols)

DEMZ

190 180 230

194 140 244 190 195 160

DEMZ BI

Switch for 2-speed motors with independent windings.

DEMZ DA

Switch for 2-speed motors with Dahlander.

• IP 55 Enclosure.
• 0/LS/HS Rotary switch.
• Thermal protection integrated.
• Auxiliary contact for gas solenoid valve.
• Outdoor installation possible.

Model Current range (A)

White wall-mounted electrical switch with two buttons (one open, one closed) and a plus/minus signs, no visible text or symbols.

LxWxH (mm): 80 x 45 x 80

REGUL-2

Fan ON/OFF and speed selector

I/II switch.

Maximum absorbed current: 4.5A.

White industrial control box labeled COM-2 with two black connectors and a dial (no readable text beyond branding)

LxWxH (mm): 84 x 37 x 81

COM-2

Two speed switch.

Fan ON/OFF and speed selector I/II rotary switch.

Maximum current rating 4A.

White industrial control switch with three rotary dial (0, 1, 2, 3) and a red pointer, no visible text or symbols beyond dial indicators.

LxWxH (mm): 90 x 90 x 75

COM-3

Three-speed switch

Fan ON/OFF and speed selector Maximum current rating 4A.

White rectangular electrical outlet switch with three rotary buttons (labeled A, B, C) and a small circular icon on the side (no text or symbols beyond labels)

LxWxH [mm]: 86 x 86 x 60,4

INTER 4P

Three speed switch.

Fan ON/OFF and speed selector Maximum current rating 4A.

Simple diagram with a rectangle containing two asterisk symbols, no text or labels present.

LxA (mm): 80 x 75

INTERRUPTOR VMC 2V

Two speed switch.

Normal / Boost switch (No 'OFF') suitable for use with whole house extract units.

Close-up of a metallic pressure gauge or dial with adjustment knobs and a black mounting bracket (no visible text or symbols)

LxWxH (mm): 110 x 57 x 80

PRESOSTATO DPS

Differential pressure switch to control the fan running and the filter clogging up.

Protection class: IP54.

Can be used outside.

Model ΔP

PRESOSTATO DPS 2-30 20 - 300 Pa

PRESOSTATO DPS 10-100 100 - 1000 Pa

PRESOSTATO DPS 100-500 1000 - 5000 Pa

CT - 12 V

LxWxH (mm): 130 x 43 x 82

CT-12/14 and CT-12/14R

Safety isolating transformer

230V/12V - 50Hz.

Fuse protection.

CT-12/14R: incorporates adjustable timer

(1-30 minutes).

Electrical supply Output		voltage(V)	IPprotection	Class Maximum
Frequency(Hz)	Supply voltage(V)				power(V.A.)
50 220-240	12 IP21 Class II 14

HIG ~ 0.5 %RH

LxWxH (mm): 130 x 43 x 82

HIG-2

Humidistat.

Enables the automatic ON/OFF operation of an extract fan by monitoring the relative humidity level.

Adjustable pre-set RH level 60-90%. Incorporates timer.

IP Protection	Class Maximum current (A)	Operating temperature	Humidity adjustment
IP21 Class II *6 (2)** 0-40 °C 60-90%

* For resistant loads
** For inductive loads

SOA ~ SOA

LxWxH [mm]: 130 x 43 x 82

SQA

Air quality sensor.

Automatically switches the fan on when the quality of the ambient air deteriorates below an acceptable level due to fumes, odours, tobacco, smoke or dampness, etc. Adjustable run-on-timer facility which enables the fan to operate for a pre-selected time period after the air quality sensor has switched off.

Important: this sensor must not be used to detect combustible gases or fires and in connection with any safety alarm systems.

IP Protection	Class Maximum		Operating temperature	Timing
		current (A)
IP21	Class II	*6 (2)** 0-50 °C	1-25 min.

* For resistant loads
** For inductive loads

White rectangular electronic device with a coiled spring and mounting holes (no visible text or symbols)

LxWxH (mm): 86 x 80 x 50

THE 16/4 A

Surface-mounted adjustable thermostat.

- 230V-50Hz.

• IP54. Can be installed outdoors.
• Maximum current: 4A (inductive).
• Temperature range: 0°C to +40°C.
• Differential: ± 0.75 K.

Blue electronic device with coiled copper wires, no visible text or symbols

LxWxH (mm): 85 x 125 x 58

THE-F thermostat with capillary tube anti-frost sensor

Thermostat with capillary tube sensor to prevent the risk for freezing.

-IP30.

• Contact capacity: 16A to 1-230V-50Hz.
• Temperature range: -18°C to +13°C.
• Includes mounting support, channel and set of 3m long capillary tubes.

Pure electrical circuit lines without any symbols

LxWxH (mm): 32 x 10 x 20

TIMER ZN 62

Timer habitat range products.

Starting up: 1 min.

Timing: 6 min.

Resistive load - 2.5 A

Inductive load - 1.6 A

White rectangular device with a circular dial indicator on the left side (no visible text or symbols)

LxWxH (mm): 83 x 40 x 153

PULSER

Single phase electric heater controller. Electronic controller to regulate the heat output of electric heater in order to maintain a constant pre-selected temperature. Depending on the selected temperature, the controller pulses the entire power output and uses a time-proportional control to maintain that temperature.

Electrical supply IP		Protection	Voltage (V)	Minimum Maximum Operating				temperature	Thermostat adjustment (airtemp)
Frequency (Hz)	Supply voltage (V)			Current (A)	Power (W)	Current (A)	Power (W)
50-60 220-415 IP30			230 V - I 1 230 16 3680					0-50°C 0-30°C
			400 V - III 1 400 16 6400

Blank white rectangular object with a small circular dial on the right side (no text or symbols visible)

LxWxH (mm): 83 x 40 x 153

PULSER-ADD

Single phase electric heater controller. Supplementary unit for slave control from another PULSER to control electric heaters with power ratings high to the PULSER capacity (3600W-230V).

Blank white rectangular object with a small circular icon in the bottom right corner (no text or symbols visible)

LxWxH (mm): 83 x 40 x 153

PULSER-M

Single phase electric heater controller. Set point: 0-30°C, the sensor determines the scale range (for use with NTC-sensor). Output (load): 16 A (min. 1 A). Protection class: IP30. Input regulation maximum and minimum. Maximum absorbed power: 3.6 kW.

REGIN PULSER/D 10A 210-410V~ Made in Sweden AB REGIN, Kettered CE

LxWxH (mm): 115 x 59 x 88

PULSER-D

Single phase electric heater controller. Similar controller to the PULSER designed to be fitted in a cabinet on DIN-rail (IP20). Set point: 0-30°C, the sensor determines the scale range (for use with NTC-sensor). Output (load): 16 A (min. 1 A). Maximum absorbed power: 3.6 kW.

TTC2000 Electric heating console

LxWxH (mm): 160 x 140 x 280

TTC-2000

Three phase electric heater controller. Electronic controller to regulate the heat output for three phase electric heater in order to maintain a constant pre-selected temperature. Depending on the selected temperature, the controller pulses the entire power output and uses a time-proportional control to maintain that temperature.

Control signal: 0-10 V (external signal).

Frequency (Hz)	Electrical supply Voltage		(V)	Minimum Maximum Operating				temperature	Thermostat adjustment (airtemp)
	Supply voltage (V)	IP Protection		Current (A)	Power (W)	Current (A)	Power (W)
50-60 380-415 IP30			230 V	3 1,5 25	17 0-50°C	0-30°C
			400 V

Green printed circuit board with two white connectors and a beige terminal block (no visible text or symbols)

LxWxH (mm): 60 x 30 x 35

TT-S1

Additional PCB to increase the output power controlled.

The load connected to TT-S1 should be of equal size to the load connected to the TTC2000.

TTC2000 detects if a TT-S1 is installed and automatically adapts the control function accordingly.

Exterior view of a white industrial control unit (no visible text or symbols)

LxWxH (mm): 101 x 85 x 74

TT-S6/D

TT-S6/D is a step controller designed to control electric heaters. It can also be used to control cooling processes.

Control signal: 0-10Vdc from a TTC40F, TTC25, TTC80F or other type of regulator with a 0-10Vdc output signal.

Protection class IP20.

REGIN TTC25 CE 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100% 100%

LxWxH (mm): 195 x 95 x 220

TTC-25 and TTC-40F

Three-phase electric heater controller. Electronic controllers to regulate the heat output for three phase electric heaters and controllers in order to maintain a constant pre-selected temperature. Depending on the selected temperature, the controllers pulse the entire power output and uses a time-proportional control to maintain that temperature. The TTC-25 and 40F are designed to be fitted in a cabinet on DIN-rail. Supply voltage: three phase 210-415 V.

- Output: TTC25: 25 A, 400 V, 17 kW.

TTC40: 40 A, 400 V, 27 kW.

Set point: 0-30°C (sensor determines the scale range).

Sensor inputs: Two (2), main- and max, min. limit sensors.

Control signal: 0-10 V.

Protection class: IP20.

Plain white rectangular electronic device with black ventilation slots (no text or symbols visible)

LxWxH (mm): 70 x 30 x 70

TG-R

Used in conjunction with electric heaters and controllers.

NTC type with liner scale.

Range of temperature 0-30°C.

Protection class IP30.

2 models:

- Room sensor with set point adjustment, 0-30°C (TG-R430).

- Room sensor without set point adjustment, 0-30°C (TG-R530).

Close-up of a coiled wire with a metal rod extending from its end, against a plain white background (no text or symbols visible)

TG-K

Duct temperature sensor.

Used in conjunction with electric heater and controller.

NTC type with liner scale.

Protection class IP20.

Models:

• TG-K330: from 0 to 30°C.
• TG-K360: from 0 to 60°C.
• TG-K310: from -20 to 10°C.

Ø5 30 40 140 Ø9

-10 -5 0 -15 5 -20 10 °C TBI

10 15 20 5 25 0 30 °C TBI

LxWxH (mm): 60 x 38 x 60

TBI

External potentiometer.

TBI-10

Potentiometer mounted on the main board panel for setting temperature between -20 and +10°C.

Used with the controller and a TG-K310 duct sensor to set the minimum air temperature beforeentering in the heat exchanger.

TBI-30

Potentiometer mounted on the main board panel for setting temperature between 0 and +30°C.

Used with the controller and with a TG-K330 duct sensor to set the air temperature after the electric heater in post heating operation.

MCR-1

Timer with set point between 1 second and 100 hours.

Used in an electric heating system to delay the fan switch off after disconnecting the system.

70 50 18 80

Thermostat Valve

Thermostat

With 5 temperature control positions (12°C, 16°C, 20°C, 24°C, 28°C) and anti-frost protection which opens the valve automatically whenever the indoor temperature falls below 6°C.

The temperature control unit for MBW 100-200

The temperature control unit for MBW 100-200 hot water coil comprises a thermostat with a capillary tube sensor and a 2-way valve.

• 3/4" thermostatic valve
• Material: brass
• Surface: nickel plated
• Kv value: 0.65
• Kvs value: 0.90
• Size: DN 20
• Finish: Straight valve
• Max. diff. pressure: 1 bar
• Max. operating pressure: PN 10
• Max. temperature: 120 °C
• Thermostat unit 7-28 C 0 * 1-5, remote sensor and control, 5m
• Connection: M30 x 1.5

TRW control unit valve setting
The default factory setting for the valve is position 6.

Installation diagram

graph LR
    A["Fresh air"] --> B["CAR Shutter"]
    B --> C["MFL Filtration box"]
    C --> D["In-line fan"]
    D --> E["MBW Hot water coil"]
    E --> F["Capillary tube sensor"]
    F --> G["Supply air"]
    H["TRW Temperature control unit"] --> I["2-way valve"]
    I --> J["Remote control thermostat"]
    J --> K["Alternative, the remote sensor can be used to control the ambient temperature if installed in a suitable location in the room."]
    L["Anti-frost protector with capillary tube"] --> M["End"]

Close-up of a metallic T-joint valve with orange and gray components (no visible text or symbols)

3WV 3P
3WV PROP

3-way motorized valves (CCV) with

3-point actuator.

Maximum pressure 16 bar.

Internal thread Rp"

Forged brass and nickel-plated casing.

Stainless steel valve cone.

Stainless steel shaft.

Water temperatures -10 to +120°C.

5Nm mounted rotary actuator.

AC 230V 3 points on-off.

90s/90° response time.

IP54.

3-way motorized valves (CCV) with

proportional actuator.

Maximum pressure 16 bar.

Internal thread Rp".

Forged brass and nickel-plated casing.

Stainless steel valve cone.

Stainless steel shaft.

Water temperatures -10 to +120°C.

5Nm mounted rotary actuator.

AC/DC 24V Proportional.

90s/90° response time

DC 2...10V analogue input range.

IP54.

Valve dimensioning diagram

p_v100 : Differential pressure with valve fully opened
V_100 : Nominal flow at p_v100

Connection Diagram

graph TD
    A["Water Coil"] --> B["Valve"]
    B --> C["Flow Path A"]
    B --> D["Flow Path B"]
    D --> E["Return to Valve"]
    F["AB"] --> B
    G["M"] --> B

Model

Motorized 3-way valves with 3-point actuator

3-way motorized valves with proportional actuator

3WV DN15 KVS1 PROP 24V

3WV DN15 KVS1,6 PROP 24V

3WV DN15 KVS2,5 PROP 24V

3WV DN20 KVS4 PROP 24V

Close-up of a white appliance control panel with indicator lights and a rotary dial (no readable text or symbols)

WCT

Proportional thermostat for control of 3-way-valves. Includes an air temperature sensor to be placed into duct.

White rectangular electronic device with 'AIRSENS CO2' branding on the front face (no other text or symbols visible)

AIRSENS

Intelligent sensor available in different reading models (CO2, VOC, RH and temperature).

Designed to create direct demand control ventilation systems without the need to install an intermediate control. AirSens can be linked with AC, ECOWATT (EC) fans or VFTM frequency drive. WiFi version also facilitates remote monitoring through S&P CONNECTAIR® platform.

Main features:

• 4 working modes:
- Relay output.
- 0-10V output.
- 2-10V output.
- Total control through Modbus or S&P CONNECTAIR® platform (WiFi version).
- Adjustable set point.
- IAQ level indicator (3-LED light diffuser).
- Adjustable 3-LED light diffuser intensity (OFF-100%).

All-in-one:

Reduces components, simplifies installation, increases savings.

graph TD
    A["Conventional sensor Control Fan"] --> B["AIRSENS"]
    B --> C["Fan"]

The front LED indicator lets you know at any moment the IAQ level of the air.

GOOD Air quality

MEDIUM Air quality

POOR Air quality

Interior view of a modern office with glass doors, featuring desks, chairs, and computers (no visible text or signage)

Interior living room scene with a wooden table, potted plant, and large windows overlooking a brick building (no visible text or symbols)

The new AirSens range offers a minimalist design patented by S&P so it can easily integrate into different ambients.

Recommendations of use

Use COMMERCIAL / SERVICES SECTOR RESIDENTIAL
	Office Meeting		Restaurant Shop Gym Classrooms Technical			areas	Kitchen Living		Bedroom Bathroom
		room						room
AIRSENS IAQ	●	●	●	●	●		●	●	●
AIRSENS CO2	●	●	●	●	●			●	●
AIRSENS VOC	●	●	●	●			●	●	●	●
AIRSENS RH					●		●			●
AIRSENS TEMP					●	●

Good
Excellent

Standard version

Model Electrical	supply	Power (W)	Relay output	Analog	Lecture range IP	protection	Dimensions LxAxH (mm)
AIRSENS CO2	100-240 VAC 50/60Hz	0,7W	3A 250 VAC	0-10 V 2-10 V	450-2000 ppm [NDIR technology]	IP30 122x23x89
AIRSENS VOC					450-2000 ppm equivalent relative to CO_2 [CMOS technology]
AIRSENS RH 45-100%
AIRSENS TEMP 0-50°C

Communication with ventilation unit

Standard version: wiring between AIRSENS and fan.

AIRSENS

AIRSENS

RF version

Wireless radio frequency communication (868.3MHz) between the AIRSENS RF transmitter and the REC. AIRSENS RF receiver. Each receiver can receive up to 4 signals simultaneously allowing the control of the indoor air quality in different rooms.

Model Electrical	supply	Power (W)	Relay output	Analog	Lecture range IP	protection	Dimensions LxAxH (mm)
AIRSENS RF CO2	100-240 VAC 50/60Hz	0.7W	3A 250 VAC	0-10 V 2-10 V	450-2000 ppm [NDIR technology]	IP30	122x23x89
AIRSENS RF VOC					450-2000 ppm equivalent relative to CO2 (CMOS technology)
AIRSENS RF RH 45-100%
AIRSENS RF TEMP 0-50°C
REC.AIRSENS RF					Up to 4 signals from AIRSENS RF units		135x31x77

Communication with ventilation unit

RF version: no cables between AIRSENS RF transmitter and REC.AIRSENS RF receiver. Final wiring between receiver and fan.

AIRSENS RF CO2

AIRSENS RF VOC AirSens 0.1

AIRSENS RF RH AirSens CO2

White rectangular electronic device with two circular ports and a Wi-Fi symbol above it (no text or labels)

0-10V BOOST

WIFI version

IAQ remote monitorization through WiFi communication (2,4GHz) and S&P CONNECTAIR platform. All models include relative humidity and temperature reading. Ventilation unit control through relay output or analogic (0-10V/2-10V).

Model Electrical	supply	Power (W)	Relay Analog output		Lectures Lecture range IP		protection	Dimensions LxAxH (mm)
AIRSENS WIFI IAQ	100-240 VAC 50/60Hz	0,7W	3A 250 VAC	0-10 V 2-10 V	CO2/VOC/RH/T	CO2: 450-2000ppm (NDIR technology)VOC: 450-2000 ppm equivalent relative to CO,[CMOS technology]RH: 45-100%T: 0-50°C	IP30 122x23x89
AIRSENS WIFI CO2					CO2/RH/T
AIRSENS WIFI VOC					VOC/RH/T
AIRSENS WIFI RH					RH/T

Communication with ventilation unit

WIFI version: no cables between AIRSENS WIFI and mobile monitoring device.

graph LR
    A["Connectair®"] -->|③| B["AIRSENS WIFI"]
    B --> C["Mobile monitoring device"]
    C --> D["VENTILATION UNIT"]

Connectair

The platform that allows you to control and manage your ventilation system

AIRSENS WIFI CO2

RH VOC T

AIRSENS WIFI VOC

RH T

AIRSENS WIFI RH

Blank white square with a small logo in the bottom-right corner (no text or symbols visible)

Model SCO2-A

SCO2 / SHT / SCHT

Ambient sensors that, combining with a control, allow optimizing the energy of the ventilation system.

Model Lecture	Analog			output	Adjustable relay output	Display
	CO_2	Temperature HR
SC02-A···
SC02-AD····
SC02-A 0/10V····
SHT-A····
SCHT-AD····

White electronic device with a rectangular lens and indicator lights (no visible text or symbols)

Models SCO2-AD and SCHT-AD

Model	Electrical supply	Power (W)	Voltage	Heihgt installation	IP protection	CO_2 Range	Temperature range	HR Range	Dimensions LxWxH (mm)
SCO2-A	24VDC-24VAC	5	4-20mA	1,5-3,5 m	IP20	0-2000 pm	0-50°C	-	85x26x100
SCO2-AD								-
SCO2-A 0/10V								-
SHT-A						-		0-100%
SCHT-AD			0-10V			0-2000 pm

Green and white industrial sensor device with a terminal handle (no visible text or symbols)

SHT-G / SCO2-G /

SCO2-G 0/10V

Sensors for the duct that, combining with a control, allow optimizing the energy of the ventilation system.

Model	Lecture			Analog output
	CO_2	Temperature	HR
SC02-G	•			•
SC02-G 0/10V •			•
SHT-G		•	•	•

Model Electrical	Supply	Power (W)	Voltage IP	Protection	CO_2 Range	HR Range	Dimensions LxWxH (mm)
SC02-G	24VDC-24VAC 5		4-20mA	Caja IP65. Sonda IP20	0-2000 pm	-	80x200x101SCO2-G 0/10V
SHT-G 0~100%			0-10V			-

FOMICS START START START VFKB

VFKB IP65

For three phase motors from 0.37 to 4 kW. Die cast aluminium IP65 case.

Simple to operate (does not require programming).

Voltage supplies: single phase

230V-50/60Hz (VFKB 24 and 27) three

phase 400V-50/60Hz (VFKB 45 and 48).

Motor kW selection jumper.

Power on and drive status leds.

Speed selection with potentiometer.

ON/OFF switch.

Run/Fault relay output contacts.

Motor overload and shortcut protections.

RFI/EMI level A filter.

VFKB 24 140 Ø6,4 Ø4,4 225,1 242,1 VFKB 27, 45 y 48 192 Ø6,4 25,4 77,7 234,7 249,3 Maximum depth: 149 mm Maximum depth: 1484 mm

The selection of the adjustable frequency drive has to be made with the maximum current absorbed of the fan or extractor.

Model Power motor	(kW)	Maximum current (A)	Weight (kg)
Single phase supply 230V-50/60Hz, three phase output 230V
VFKB 24	0,37 2,2		2,7
	0,55 3,6
VFKB 27	0,75 4,7		4,71,1 6,1
	1,5 6,7
Three phase supply 400V-50/60Hz, three phase output 400V
VFKB 45	0,37 1,8		4,7
	0,55 2,1
	0,75 2,8
	1,1 3,4
	1,5 4,6
VFKB 48	2,2 5,6		4,73 7,8
	4 8,3

Exterior view of a black industrial control unit with a green indicator knob (no visible text or symbols)

C G a h H b

Dims. a b c G H h

T1 72 143 109 60 131 6

T2 72 143 128 60 121,5 6

T3 72 143 138 60 121,5 6

T4 105 142 158 93 118 5

T5 140 184 158 126 157 6,5

T6 150 308 232 130 210 5

T7 180 404 232 160 295 7

Exterior view of a black industrial control unit with a green indicator light (no visible text or symbols)

Configuration of three-phase supply models from 5.5 to 15kW.

C G a h H b

Dims. a b c G H h

T1 72 143 109 60 131 6

T2 72 143 128 60 121,5 6

T3 72 143 138 60 121,5 6

T4 105 142 158 93 118 5

T5 140 184 158 126 157 6,5

T6 150 308 232 130 210 5

T7 180 404 232 160 295 7

VFTM320

Frequency converters for three-phase motors from 0.18 to 15kW. IP20 protection rating. VFTM320 MONO Models: 230V-50/60Hz single-phase supply voltage and 230V three-phase output. VFTM320 TRI Models: 400V-50/60Hz three-phase supply voltage and 400V three-phase output. External screen for viewing parameters.

Front wheel for manual speed regulation (frequency).

Special plug & play configuration for constant pressure work modes or manual regulation with front wheel. Overload and short circuit protection. Integrated class 2 EMC filter.

Modbus and CANopen communication protocols integrated as standard.

The selection of the adjustable frequency drive has to be made with the maximum current absorbed of the fan or extractor.

Modelo Power motor	(kW)	Maximum current (A)	Power dissipated (W)	Size reference	Weight (kg)
Single phase supply 230V-50/60Hz, three phase output 230V
VFTM320 MONO 0,18	0,18	1,5	22	T1	0,8
VFTM320 MONO 0,37	0,37	3,3	32	T2	1
VFTM320 MONO 0,55	0,55	3,7	42	T3	1,1
VFTM320 MONO 0,75	0,75	4,8	48	T3	1,1
VFTM320 MONO 1,10	1,10	6,9	66	T4	1,6
VFTM320 MONO 1,5	1,5	8	82	T4	1,6
VFTM320 MONO 2,2	2,2	11	110	T4	1,6
Three phase supply 380/500V-50/60Hz + land, three phase output 400 V
VFTM320 TRI 0,37	0,37	1,5	28	T4	1,2
VFTM320 TRI 0,55	0,55	1,9	33	T4	1,2
VFTM320 TRI 0,75	0,75	2,3	38	T4	1,2
VFTM320 TRI 1,10	1,10	3	47	T4	1,3
VFTM320 TRI 1,5	1,5	4,1	61	T4	1,3
VFTM320 TRI 2,2	2,2	5,5	76	T5	2,1
VFTM320 TRI 3	3	7,1	94	T5	2,1
VFTM320 TRI 4	4	9,5	112	T5	2,2
VFTM320 TRI 5,5	5,5	14,3	233	T6	4,4
VFTM320 TRI 7,5	7,5	17	263	T6	4,4
VFTM320 TRI 11	11	27,7	403	T7	6,8
VFTM320 TRI 15	15	33	480	T7	6,9

REB-CVF

Exterior view of a mechanical control unit with ports and buttons (no readable text or symbols)

82 56 70 80

Remote control ON/OFF + potentiometer

Exterior view of a black industrial electrical control unit (no visible text or symbols)

Exterior view of a black industrial electrical control unit with green and black buttons (no visible text or symbols)

Configuration of models VFTM650 TRI 11 and 15 IP55

C G a h H b

Dims.	a	b	c	G	H	h
T1	250	340	182	231	323	6,6
T2	250	340	235	231	323	6,6
T3	250	340	200	231	323	6,6
T4	320	521	295	300	496	8

C G a h i b

a	b	c	G	i	H
264	678	299	205	661	8

VFTM320 IP66 / VFTM650 IP55

Frequency converters for three-phase motors from 0.18 to 15kW. IP66 protection rating (IP55 models VFTM650 TRI 11 and 15 IP55)

VFTM320 MONO IP66

Models: 230V-50/60Hz single-phase supply voltage and 230V three-phase output.

VFTM320 TRI IP66 and VFTM650 TRI IP55 Models:

400V-50/60Hz three-phase supply voltage and 400V three-phase output. External screen for viewing parameters.

Internal front wheel for manual speed regulation (frequency).

Special plug & play configuration for constant pressure work modes or manual regulation with internal front wheel (except VFTM650 models, without factory plug & play configuration).

Overload and short circuit protection. Integrated class 2 EMC filter.

Modbus and CANopen communication protocols integrated as standard (except VFTM650 IP55 models, Modbus and Ethernet protocol).

The selection of the adjustable frequency drive has to be made with the maximum current absorbed of the fan or extractor.

Model Power motor(kW)

Maximum current(A)

Power dissipated(W)

Size reference

Weight(kg)

Single phase supply 230V-50/60Hz, three phase output 230V

VFTM320 MONO 0,18 IP66 0,18 1,5 22 T1 5
VFTM320 MONO 0,37 IP66 0,37 3,3 32 T1 5,1
VFTM320 MONO 0,55 IP66 0,55 3,7 42 T1 5,1
VFTM320 MONO 0,75 IP66 0,75 4,8 48 T1 5,1
VFTM320 MONO 1,10 IP66 1,10 6,9 66 T2 7,4
VFTM320 MONO 1,5 IP66 1,5 8 82 T2 7,4
VFTM320 MONO 2,2 IP66 2,2 11 110 T2 7,4

Three phase supply 380/500V-50/60Hz + land, three phase output 400 V

VFTM320 TRI 0,37 IP66 0,37 1,5	28	T3 5,9
VFTM320 TRI 0,55 IP66 0,55 1,9	33	T3 5,9
VFTM320 TRI 0,75 IP66 0,75 2,3	38	T3 5,9
VFTM320 TRI 1,10 IP66 1,10 3	47	T3 6
VFTM320 TRI 1,5 IP66	1,5	4,1	61 T3 6
VFTM320 TRI 2,2 IP66	2,2	5,5	76 T2 7,7
VFTM320 TRI 3 IP66	3	7,1	94 T2 7,7
VFTM320 TRI 4 IP66	4	9,5	112 T2 7,8
VFTM320 TRI 5,5 IP66	5,5 14,3	233 T4	22
VFTM320 TRI 7,5 IP66	7,5 17	263 T4	22
VFTM650 TRI 11 IP55 11	23,5	371		See table 19,6	13,7
VFTM650 TRI 15 IP55	15 31,7	532

REB-CVF

Exterior view of a white industrial sensor or control unit with circular buttons and a central lens (no visible text or symbols)

Remote control
ON/OFF + potentiometer

CONTROL - ECOWATT POWER On Power On

CONTROL ECOWATT

Control element for demand controlled ventilation systems in public, commercial residential building it automatically modifies the fan speed to adapt it to the needs defined in the system, measured with sensors.

It has three basic modes of operation:

1. Integral proportional control at constant pressure.
2. Proportional control with maximum demand criteria with multiple sensor input: temperature, CO_2 and relative humidity.
3. Minimum-maximum control with three-sensor input: CO_2 , temperature, relative humidity or presence detectors (PIR).
   DC signal output of 1 to 10 V or signal output for AC voltage variation for single phase motors at 230 V.

ECOWATT AC CONTROL: for single phase ventilation units.

ECOWATT DC CONTROL: for DC ventilation units.

Power supply:

• AC model: 1\~230 V.
• DC model: 1\~230 V or 24 VDC.

Model Electrical	supply	Maximum current (A)	Voltage IP	Protection	Operating temperature range	Dimensions LxWxH (mm)
CONTROL ECOWATT AC/DC	90-260 VAC	4	0-10V	IP55 -10°C to +50°C 165x220x100
CONTROL ECOWATT AC/4A	230 VAC 80-230V

Exterior view of a white industrial electronic device with two labeled buttons (G and S&P) and mounting points (no readable text beyond labels)

CONTROL ECOWATT BASIC

Control element for ECOWATT fans with DC brushless motor. It allows control via signal from an analogue output 0-10V depending on the status of three digital inputs free of power. Before each change of digital signal, it can be attributed a voltage output value between 0 and 10V.

Mode of operation:

1. Remote ON/OFF with two speed switch.
2. Up to three switch speeds taking as output the most unfavorable value.

Model Electrical	supply	Maximum current (A)	Voltage IP Protection		Operating temperature range	Dimensions LxWxH (mm)
CONTROL ECOWATT BASIC	230 VAC	6	0-10V	IP54	-10°C to +50°C	160x145x80

511 10Pa 64 372 300 14

PROSYS ECOWATT

Programming console specific for ECOWATT PLUS series. Allows user selection and adjustment of any operating mode: constant pressure (COP), constant airflow value (CAV), variable air value (VAV) and minimum-maximum.

It includes an RJ45 cable of 1 meter length for connection to the fan.

Model Dimensions	LxWxH (mm)
PROSYS ECOWATT 102x70x35

Close-up of a green electronic circuit board with a circular component and terminal blocks (no readable text or symbols)

TIMER RTC ECOWATT

Electronic unit specific for ECOWATT PLUS series. Allows user configuration of schedules with up to three daily slots, in addition to the holiday period.

The programing console PROSYS ECOWATT is also necessary.

Model Dimensions	LxWxH (mm)
TIMER RTC ECOWATT 3x70x35

White industrial electrical control box with three ports and a central knob (no visible text or symbols)

VAPZ

Electronic single-phase regulator that controls the fan speed with a simple contact (presence detector) or an analogical input, 0-10 V or 4-20 mA (CO₂ probe for relative humidity % RH).

Power supply: 1\~230 V.

Model Electricalsupply		Maximumcurrent(A)	Voltage IP	Protection	Operatingtemperaturerange	DimensionsLxWxH(mm)
VAPZ-3	230V-50Hz	3	80 to 230V IP54 -10°C to +50°C		205x115x92VAPZ-5	5
VAPZ-11 11

Front view of a white electronic device with blue and beige buttons, displaying a digital display (no visible text or symbols)

200 175 80 155 85 105

VRPU

Electronic control with display for single phase 230V-50/60Hz fans.

Analogical input 0-10V or 4-20mA: The fan works proportionally to the input value with adjustments of the minimum and maximum values of the inputs and outputs.

"ON/OFF": when the potential free contact (f.e. timer) close, the fan putting into operation according to the voltage of the analogical input. This connection associated to a PIR detector allows to have a ventilation system type minimum-maximum.

Input « maximum speed »: given an external signal, the fan works at a maximum adjusted speed.

Outputs: Magneto-termic dry contact.

Illumination 230V 50Hz (max. 8A).

Electrical supply master/slave 24Vdc (max. 100mA).

Model Electrical supply		Maximum current (A)	Voltage	IP Protection	Operating temperature range	Dimensions LxWxH (mm)
VRPU-5	230V-50/60Hz	5	110V-230V	IP55	-10°C to +50°C	200x176x80
VRPU-11		11

Front view of a blue industrial control panel with buttons and wiring (no visible text or symbols)

PACK PR

Single phase motors.

Allows speed control of single phase fan by voltage variation.

Especially suited for constant pressure systems.

Includes a power cable and pressure tube.

Integrated pressure transducer (12VDC).

Supplied with cable glands.

Function integrated boost fan, adjustable from 10-60 min.

Display with three digits.

Entries for remote control "ON/OFF" + "select maximum speed".

Configurable input for analog sensor current / voltage / NTC thermistor sensor / Pt1000.

Models Max. nominal current(A)	Pressure range(Pa)	DimensionsLxWxH(mm)
PACK PR 5A 5 0-300 176x200x80
PACK PR 11A 11 0-800 176x200x80

PACK PR
Power supply Single phase 230V 50/60Hz
Voltage range 110 - 230V
ON / OFF input	Volt free contacts
Maximum speed input
Remote setpoint input (control mode) Signal 4-20mA or voltage 0-10Vdc
Measurement input (servo control or control mode)	Signal 4-20mA or voltage 0-10Vdc, or NTC thermistor sensor, or Pt1000 sensor
Outputs	Sensor supply: 24Vdc SELV (100mA max)Master-slave: 0-10Vdc (10mA max)
Electrical insulation Class 1
IP Protection IP55
Connections available	1 to 2.5 mm ^2 Glands provided: 5xPg7 + 3xPg11
Conditions of use -10 to +50 °C, max 95% RH

Interior view of an open white electronic enclosure showing internal circuit board and wiring (no text or symbols visible)

BEAS

Control module that can adapt the all/nothing proportional input signal of a detector or a probe to control a motorised flap, or a two-speed single phase or DC_fan, in minimum/maximum option. Power supply: 24 VAC / 24 VDC.

Model Electricalsupply	Power(W)	IP Protection Operating		DimensionsLxWxH(mm)
			temperaturerange
BEAS 24VAC 1,5 IP55			-10°C to +50°Cmax 95% HR	175x130x80

White industrial rotary dial with numbered terminals (0–10) and a small logo on the right (no readable text or symbols beyond labels)

REB-ECOWATT

Remote speed control. Enables the speed control of the fan continuously, manually and remote. Power supply: 1-230 V.

Model IP	Protection	Class Operating temperature range	Dimensions LxWxH (mm)
REB-ECOWATT IP44 II -10°C to +50°C 80x68x80

Pa TDP PRESSURE TRANSICER

TDP-S / TDP-D / TDP-PI

TDP-S

Pressure sensor.

TDP-D

Pressure sensor, with display.

TDP-PI

Pressure sensor with display and integral proportional control by set point. Direct control output signal for ECOWATT fans or VFTM frequency inverters.

Pressure sensors. This sensors are used to control the pressure of DCV systems with constant pressure (COP). They allow the reading of the difference of pressures between two points and transform it into an analog signal suitable for the different control devices.

Model Electrical supply		Maximum power (VA)	Connector (mm)	Voltage IP	Protection	Pressure range	Dimensions LxWxH (mm)
TDP-S	24VAC-24VDC	4	6,2	0-10 V / 4-20 mA	IP54	0-2500 Pa	91x75x36
TDP-D
TDP-PI

CPTA-S N / CPTA-E N

Side view of a plain white rectangular object with no visible text or symbols

Exterior view of a white industrial fan or vent with control knobs and indicator lights (no visible text or symbols)

CPTA-S N CPTA-E N

Presence detector for ceiling mount, sensitive to infrared radiation emitted by bodies in movement, with a 360° detecting angle. They incorporate an output to activate a fan (potential - free) Power supply: 1-230 V.

CPTA-S N: Surface model.

CPTA-E N: Flush mount model.

Electrical supply	Power (W)	Lighting output	Lighting tuning	Ventilation output	Ventilation tuning Installation		IP Protection	Operating temperature range	Condiciones funcionamiento
					Height
CPTA-S N			Relay 230V normally open, power cut 10A	Luminosity 5 - 1000 lux Timing 15s - 30min	Free contact voltage normally opened. Up to 250Vac or 30Vcc, max. 2A. Independent to output lighting.	Timing 10s - 120min		IP54	-25 to 55°C max. 90% HR without condensation
CPTA-E N	230V-50/60Hz 0,5			Luminosity 10 - 2000 lux Timing 5s - 20min	Free contact voltage normally opened. Up to 250Vac or 30Vcc. 5A (resistive load) or 1A (inductive load). Independent to output lighting.	Timing 10s - 60min	2,5 -3,5m	IP44 (Terminal box, IP20)	0 to 45°C max. 90% HR without condensation

Surface mounting In-place mounting

Close-up of a black cylindrical device with a red-and-white component attached, no visible text or symbols.

REMP

Motorised dampers open proportionately and is controlled by the BEAS control module.

Power supply: 24 VAC or 24 VD, depending on the models.

Model Diameter	(mm)	Length (mm)	Axle diameter (mm)	Motor height (mm)
REMP-160 160 200 8 80
REMP-200 200 200 8 80
REMP-250 250 200 8 80
REMP-315 315 300 12 80
REMP-355 355 300 12 80
REMP-400 400 400 12 80
REMP-450 450 400 12 80
REMP-500 500 400 12 80

Model Electrical supply		Power (W)	Entry Time of answer		IP Protection	Operating temperature range
REMP	24V-50/60Hz 24VDC	1 (ON) 0,4 (OFF)	0-10V proportional	max. 150s on having opened or to closed	IP54	-10°C to +50°C maximum 95% HR without condensation

Close-up of a metallic cylindrical industrial component with internal cavities and mounting bracket (no visible text or symbols)

RMVT

Motorised dampers for the twin-flow system. Minimum / maximum opening. Controlled by a presence detector acting on the motor of the damper. Power supply: 1-230 V.

Model ∅	(mm)	Air volume
RMVT-125 12/100 125	12/100
RMVT-125 12/120 125	12/120
RMVT-125 30/90	125	30/90
RMVT-125 60/120 125	60/120
RMVT-125 60/135 125	60/135
RMVT-125 90/150 125	90/150
RMVT-160 15/150 160	15/150

Model ∅	(mm)	Air volume
RMVT-160 24/240 160		24/240
RMVT-160 30/300 160		30/300
RMVT-200 40/210 200		40/210
RMVT-200 40/350 200		40/350
RMVT-200 40/400 200		40/400
RMVT-200 50/500 200		50/500

Model Electrical supply	Power (W)	Entry Time of answer		IP Protection	Class Operating temperature range
RMVT 230V-50Hz	6,6	Contact type outside presence detector	40s opening 80s closed	IP20	Class II	0°C to +60°C maximum 95% HR without condensation

White industrial control unit labeled 'TRAFO15/D' with terminal dots (no readable text beyond label)

TRAFO 15-D

Transformer 230/24V AC.

ETT-8 ELECTRIC EQUITY CONTROL 100% 20% 30% 40% 50% 60% 70% 80% 90% 100%

CONTROL ETT-6

Electronic step controller. Can control activation of up to six devices. Can be used to switch on and off heating systems (EC wall-mounted fan heaters or TERMOTECH radiant panels) or for ventilations systems with several units.

Model Power	source	Maximum consumption (VA)	Relés Protection		index	Operating temperature (°C)	Dimensions (mm)
			Number Max. intensity (A)				L A H
CONTROL ETT-6	230V±10%50/60Hz	6 6 6 IP20	0°C a 40°C	156 110 72

White electronic device with a black square display and a small circular logo above it (no readable text or symbols)

CR-TEMP

Ambient temperature controller with an electronic sensor inside. Allows for manual or automatic control of ON/OFF switch with the following functions:

• Setpoint temperature
• Weekly programming that can switch on and off twice a day
• Detects open windows from quick drop in temperature
• Manual override. Includes an electronic sensor that reads room temperature

Model Power	source	Maximum consumption (W)	Relay ON/ OFF Max. intensity (A)	Protection index	Operating temperature (°C)	Dimensions (mm)
						L	A	H
CR-TEMP	100-250V 50/60Hz	0,5	5 (resistivos)	IP20	0°C a 40°C	100	95	25

CAR PARK CONTROL PANEL

Exterior view of a white industrial cabinet with a door and control panel (no visible text or symbols)

11:45 21/02/2018 AUTOMATIC MODE MAINTENANCE MANUAL MODE TECHNICAL SERVICE

Interior view of an electrical control cabinet with multiple circuit boards and wiring (no visible text or labels)

Specific applications

Car parks

Applications

Jet fan ventilation systems in enclosed car parks require control system to operate exhaust, supply and jet fans either for manual activation or depending on the inputs from pollution/smoke detection systems. S&P has developed a tailor-made, pre-programmed PLC control panel with user-friendly interface through touchscreen, allowing system's activation at high and low pollution ventilation and emergency smoke extract modes.

Main features

Adapted: different regulations may apply depending on the country hence activation may be manual, automatic by detection or a combination of both.

Efficient: an intelligent control adjusted to the demand, capable to operate a system with defined zoning according to a specific ventilation strategy, to reduce the power consumption of the system and providing and improved performance.

Plug & play: simplified installation with identified terminals for each motor.

Smart: specific programming as per our CFD team recommendations. Includes maintenance guidance to be done and identification of eventual failures by alarm.

Operation Modes

• Automatic: activation by detection.
- Manual: activation per ventilation zones.
- Maintenance: motor and detectors management, weekly schedule.
• Technical service: safety parameters.

Description

• Tailored Control System for car park ventilation systems.
• Electrical protection and control by PLC for all the components of the ventilation system.
• Three-phase 400V 50/60Hz.
• Available for TN or TT connection.
- Metallic cabinet, IP55. Dimensions depend on the number of fan motors supplied.
• Master isolator switch.
- Compatible with single-speed and two-speed motors (Dahlander and independent windings).
- Touchscreen with user friendly interface.
- Communication with the detection system (CO/NO, and fire) for automatic operation.
• Fire-fighters emergency stop included.
- Guide with tagged and numbered terminals for each motor.
- Car park drawings with fan location and status.
• Additional 2100x400x400mm cabinet for powers over 110 kW.
• Electrical schemes and CE certification.
- Interface available in English, French or Spanish.
• Fan maintenance alarms.

On request

• Motors equipped with Variable Speed Drive. Please note that DV/Dt filters might be required depending on the cable length necessary to connect VSD with fan motors.
• Remote access for technical assistance and software update.
• Mirroring of the touchscreen in tablets or smartphones.
• Connectivity with Building Monitoring Systems (BMS).
• Coordination with other equipment of the car park systems: motorized dampers, smoke curtains, etc.

Front view of an open electrical control box with a yellow indicator light and terminal blocks (no visible text or symbols)

PILOT PARC

White electrical enclosure with a yellow button and three metallic buttons at the bottom (no visible text or symbols)

A B C D E

Model A B C D E

Size 1	362	254	200	371	239
Size 2	570	380	175	600	355
Size 3	600	300	235	550	216
Size 4	600	500	300	640	456
Size 5	700	500	300	740	456

BAPA firefighter stop, at the reference level near each vehicle access.

Centralized control BCCP unit for fire safety start / firefighter stop / pollution ventilation, at the reference level near each vehicle access.

BCCA 2V two-speed pollution ventilation control unit, inside the car park.

Fire alarm switch BDRA or BDBG (glass cover), at each level and at the reference level near each vehicle access.

BREA reset unit, inside the car park.

Application

Master – Slave control panels for exhaust and supply fans in car park ventilation systems.

For three-phase 400V two-speed motor control (Dahlander or independent windings).

For single speed fans, select the units for independent windings and connect only the high speed.

Operation through pollution and fire detection systems inputs, as well as manual control.

Operates fans at low speed (LS) and high speed (HS) for pollution ventilation, and high speed (HS) for emergency smoke extract modes.

General data

To be installed outside the fire-smoke area. IP55, RAL 7035 colour.

Sizes 1 – 3, reinforced polycarbonate enclosure.

Sizes 4 - 5, steel enclosure.

Isolator switch in front panel, padlockable in 3 positions.

Cableglands and mounting kits included.

Three phase supply 400V 50/60Hz + PE.

Thermal protections included, only considered for pollution ventilation mode,

FLC to be specified while placing the order.

Types

Master units for managing fan speed (OFF/LS/HS) based on pollution/smoke detection panels inputs.

Priorities for pollution (LS/HS), smoke extract (HS) and fire-fighters stop (OFF).

Manual control from front panel switches or accessories (BCCA).

Built-in weekly schedule for daily ventilation. 24V output for external commands' supply. Modbus TCP/IP communication included.

Communicating version for CMSI available.

- Safety remote control input by 24V or 48Vdc signal emitted by the CMSI.

- Std-by and safety information report for the CMSI.

Units for one two-speed motor of 9 / 18 / 25 / 32 / 50 / 65 / 80 / 95 amps. Higher amps on demand.

- 32A and above may control up to 3 Slave units, of any amp rate. These include magnet protection for short-circuit.

9, 18 and 25A units, to be added by the installer.

Units for two two-speed motors for 9 / 18 / 25 amps. May control up to 6 Slave units, of any amp rate. These include magnet protection for short-circuit for all amp rates. Slave units to be controlled by a Master unit. Units for one two-speed motor of 9 / 18 / 25 / 32 / 50 / 65 / 80 / 95 amps. Higher amps on demand.

- 32A and above may control up to 3 Slave units, of any amp rate. These include magnet protection for short-circuit.

9, 18 and 25A units, to be added by the installer.

LIST OF PILOT PARC MODELS

Models with Dahlander connexion motor

Intensity (A)	Master with timer for 1 Dahlander connexion motor		Slave without timer for 1 Dahlander connexion motor
	Model Box	type-size	Model Box	type-size
9 PILOT PARC MH1DA 9A 2 PILOT PARC E1DA 9A 1
18 PILOT PARC MH1DA 18A 2 PILOT PARC E1DA 18A 1
25 PILOT PARC MH1DA 25A 2 PILOT PARC E1DA 25A 1
32 PILOT PARC MH1DA 32A 3 PILOT PARC E1DA 32A 3
50 PILOT PARC MH1DA 50A 3 PILOT PARC E1DA 50A 3
65 PILOT PARC MH1DA 65A 3 PILOT PARC E1DA 65A 3
80 PILOT PARC MH1DA 80A 3 PILOT PARC E1DA 80A 3
95 PILOT PARC MH1DA 95A 5 PILOT PARC E1DA 95A 4

Intensity (A)	Master with timer for 2 Dahlander connexion motors
	Model Box	type-size
9 PILOT PARC MH2DA 9A 2
18 PILOT PARC MH2DA 18A 2
25 PILOT PARC MH2DA 25A 2

Models with independent windings motor

Intensity (A)	Master with timer for 1 motor of independent windings		Slave without timer for 1 motor of independent windings
	Model Box	type-size	Model Box	type-size
9 PILOT PARC MH1BI 9A 2 PILOT PARC E1BI 9A			1
18 PILOT PARC MH1BI 18A		2 PILOT PARC E1BI 18A	1
25 PILOT PARC MH1BI 25A		2 PILOT PARC E1BI 25A	1
32 PILOT PARC MH1BI 32A		3 PILOT PARC E1BI 32A	3
50 PILOT PARC MH1BI 50A		3 PILOT PARC E1BI 50A	3
65 PILOT PARC MH1BI 65A		3 PILOT PARC E1BI 65A	3
80 PILOT PARC MH1BI 80A		3 PILOT PARC E1BI 80A	3
95 PILOT PARC MH1BI 95A		5 PILOT PARC E1BI 95A	4

Intensity (A)	Master with timer for 2 motors of independent windings
	Model Box	type-size
9 PILOT PARC MH2BI 9A 2
18 PILOT PARC MH2BI 18A 2
25 PILOT PARC MH2BI 25A 2

Models with CMSI connectivity, with Dahlander connection motor

Intensity (A)	Master with timer for 1 Dahlander - CMSI connection motor
	Model	Box type-size
9	PILOT PARC MH1 DA 9A CMSI	1
18	PILOT PARC MH1 DA 18A CMSI	1
25	PILOT PARC MH1 DA 25A CMSI	1
32	PILOT PARC MH1 DA 32A CMSI	3
50	PILOT PARC MH1 DA 50A CMSI	3
65	PILOT PARC MH1 DA 65A CMSI	3
80	PILOT PARC MH1 DA 80A CMSI	3
95	PILOT PARC MH1 DA 95A CMSI	4

Master with timer for 2 Dahlander - CMSI connection motor
Model	Box type-size
PILOT PARC MH2 DA 9A CMSI	1
PILOT PARC MH2 DA 18A CMSI	1
PILOT PARC MH2 DA 25A CMSI	1

Models with CMSI connectivity, with independent windings motor

Intensity (A)	Master with timer for 1 independent windings motor - CMSI
	Model	Box type-size
9	PILOT PARC MH1BI 9A CMSI	2
18	PILOT PARC MH1BI 18A CMSI	2
25	PILOT PARC MH1BI 25A CMSI	2
32	PILOT PARC MH1BI 32A CMSI	3
50	PILOT PARC MH1BI 50A CMSI	3
65	PILOT PARC MH1BI 65A CMSI	3
80	PILOT PARC MH1BI 80A CMSI	3
95	PILOT PARC MH1BI 95A CMSI	5

Master with timer for 1 independent windings motor - CMSI
Model	Box type-size
PILOT PARC MH2BI 9A CMSI	2
PILOT PARC MH2BI 18A CMSI	2
PILOT PARC MH2BI 25A CMSI	2

CONTROLS SCHEME MODEL

SYNOPTIC 1 MOTOR

graph TD
    A["ΔP"] --> B["Three-phase supply 400V 50/60Hz + PE"]
    B --> C["PILOT PARC MASTER 1 motor"]
    C --> D["BREA"]
    D --> E["BCCA 2V"]
    E --> F["Firefighter stop"]
    F --> G["LS / HS"]
    G --> H["Central CO / NO2 (not included)"]
    H --> I["Vehicle access to parking"]
    J["BDRA or BDBG or signal emitted by CMSI"] --> K["Vehicle access to parking"]
    L["BAPA"] --> M["Vehicle access to parking"]
    N["Space outside the risk area (Protected area)"] --> O["Fire-resistant cable"]
    N --> P["Conventional cable"]
    Q["EMergency HS"] --> R["Firefighter stop"]
    R --> S["BCCA 2V"]

Possibility of replacing units BREA + BDRA / BDBG + BAPA by the centralized unit BCCP.

1 MOTOR SELECTION

graph TD
    A["Control for 1 motor"] --> B["1-speed fan"]
    A --> C["2-speed fan Polluting LS/HS HS in emergency"]
    B --> D["Tri 400V"]
    C --> E["Tri 400V independent windings"]
    C --> F["Tri 400V Dahlander winding"]
    D --> G["PILOT PARC MH 1 BI* PILOT PARC MH 1 BI PILOT PARC MH 1 DA"]
    E --> H["..."]
    F --> I["..."]

* Use of PILOT PARC only in HS output.

CONTROLS SCHEME MODEL

SYNOPTIC 2 MOTORS
1 PILOT PARC MASTER for 2 motors

graph TD
    A["Three-phase supply 400V 50/60Hz + PE"] --> B["INTZ PILOT PARC MASTER 2 motors ≤25A"]
    B --> C["LS / HS"]
    C --> D["Central CO / NO2 (not included)"]
    D --> E["BREA"]
    E --> F["BDRA or BDBG or signal emitted by CMSI"]
    E --> G["BAPA"]
    H["Fire-resistant cable"] --> I["Firefighter stop"]
    J["Conventional cable"] --> K["BCCA 2V"]
    K --> L["LS / HS"]
    M["Space outside the risk area (Protected area)"] --> N["Yellow shaded area"]
    O["Vehicle access to parking"] --> P["Car with BBA"]

1 PILOT PARC MASTER for 1 motor + 1 PILOT PARC SLAVE for 1 motor

graph TD
    A["ΔP"] --> B["Three-phase supply 400V 50/60Hz + PE"]
    B --> C["PILOT PARC MASTER 1 motor >25A"]
    C --> D["INTZ"]
    D --> E["Emergency HS"]
    D --> F["Firefighter stop"]
    F --> G["ΔP"]
    H["BCCA 2V"] --> C
    I["Central CO / NO2 (not included)"] --> C
    J["BREA"] --> C
    K["Three-phase supply 400V 50/60Hz + PE"] --> L["PILOT PARC SLAVE"]
    L --> M["INTZ"]
    M --> N["LS / HS"]
    N --> O["Vehicle access to parking"]
    P["BDRA or BDBG or signal emitted by CMSI"] --> Q["Vehicle access to parking"]
    R["BAPA"] --> S["Vehicle access to parking"]

Possibility of replacing units BREA + BDRA / BDBG + BAPA by the centralized unit BCCP.

2 MOTORS SELECTION

graph TD
    A["Control for 2 motors: Polluting LS/HS - HS in emergency"] --> B["1 PILOT PARC MASTER 2 motors ≤25A*"]
    A --> C["1 PILOT PARC MASTER 1 motor >25A and 1 PILOT PARC SLAVE"]
    B --> D["Tri 400V independent windings Tri 400V Dahlander winding"]
    B --> E["PILOT PARC MH 2 BI PILOT PARC MH 2 DA"]
    C --> F["Tri 400V independent windings Tri 400V Dahlander winding"]
    C --> G["PILOT PARC MH 1 BI PILOT PARC MH 1 DA"]
    C --> H["PILOT PARC E 1 BI o DA PILOT PARC E 1 BI o DA"]

* Selection of the caliber of the PILOT PARC MASTER for 2 motors based on the rated current HS of the higher amperage motor it controls.

CONTROLS SCHEME MODEL

SYNOPTIC > 2 MOTORS

graph TD
    A["Three-phase supply 400V 50/60Hz + PE"] --> B["PACT"]
    B --> C["PACT SLAVE"]
    C --> D["PACT SLAVE"]
    D --> E["PACT SLAVE"]
    E --> F["PACT SLAVE"]
    F --> G["PACT SLAVE"]
    G --> H["PACT SLAVE"]
    H --> I["PACT SLAVE"]
    I --> J["PACT SLAVE"]
    J --> K["PACT SLAVE"]
    K --> L["PACT SLAVE"]
    L --> M["PACT SLAVE"]
    M --> N["PACT SLAVE"]
    N --> O["PACT SLAVE"]
    O --> P["PACT SLAVE"]
    P --> Q["PACT SLAVE"]
    Q --> R["PACT SLAVE"]
    R --> S["PACT SLAVE"]
    S --> T["PACT SLAVE"]
    T --> U["PACT SLAVE"]
    U --> V["PACT SLAVE"]
    V --> W["PACT SLAVE"]
    W --> X["PACT SLAVE"]
    X --> Y["PACT SLAVE"]
    Y --> Z["PACT SLAVE"]
    Z --> AA["PACT SLAVE"]
    AA --> AB["PACT SLAVE"]
    AB --> AC["PACT SLAVE"]
    AC --> AD["PACT SLAVE"]
    AD --> AE["PACT SLAVE"]
    AE --> AF["PACT SLAVE"]
    AF --> AG["PACT SLAVE"]
    AG --> AH["PACT SLAVE"]
    AH --> AI["PACT SLAVE"]
    AI --> AJ["PACT SLAVE"]
    AJ --> AK["PACT SLAVE"]
    AK --> AL["PACT SLAVE"]
    AL --> AM["PACT SLAVE"]
    AM --> AN["PACT SLAVE"]
    AN --> AO["PACT SLAVE"]
    AO --> AP["PACT SLAVE"]
    AP --> AQ["PACT SLAVE"]
    AQ --> AR["PACT SLAVE"]
    AR --> AS["PACT SLAVE"]
    AS --> AT["PACT SLAVE"]
    AT --> AU["PACT SLAVE"]
    AU --> AV["PACT SLAVE"]
    AV --> AW["PACT SLAVE"]
    AW --> AX["PACT SLAVE"]
    AX --> AY["PACT SLAVE"]
    AY --> AZ["PACT SLAVE"]
    AZ --> BA["PACT SLAVE"]
    BA --> BB["PACT SLAVE"]
    BB --> BC["PACT SLAVE"]
    BC --> BD["PACT SLAVE"]
    BD --> BE["PACT SLAVE"]
    BE --> BF["PACT SLAVE"]
    BF --> BG["PACT SLAVE"]
    BG --> BH["PACT SLAVE"]
    BH --> BI["PACT SLAVE"]
    BI --> BJ["PACT SLAVE"]
    BJ --> BK["PACT SLAVE"]
    BK --> BL["PACT SLAVE"]
    BL --> BM["PACT SLAVE"]
    BM --> BN["PACT SLAVE"]
    BN --> BO["PACT SLAVE"]
    BO --> BP["PACT SLAVE"]
    BP --> BQ["BAPTA"]
    BQ --> BR["BDA or BDBG or signal emitted by CMSI"]
    BR --> BS["BAPA"]

1 PILOT PARC MASTER for 1 motor + 3 PILOT PARC SLAVE for 1 motor each

graph TD
    A["Three-phase supply 400V 50/60Hz + PE"] --> B["Vehicle access to parking"]
    B --> C["PILOT PARC SLAVE INTZ"]
    B --> D["PILOT PARC MASTER 1 motor >25A"]
    C --> E["BCCA 2V"]
    D --> F["Central CO / NO2 (not included)"]
    D --> G["INTZ"]
    D --> H["INTZ"]
    D --> I["BIWA"]
    D --> J["BIWA"]
    D --> K["BIWA"]
    D --> L["BIWA"]
    D --> M["BIWA"]
    D --> N["BIWA"]
    D --> O["BIWA"]
    D --> P["BIWA"]
    D --> Q["BIWA"]
    D --> R["BIWA"]
    D --> S["BIWA"]
    D --> T["BIWA"]
    D --> U["BIWA"]
    D --> V["BIWA"]
    D --> W["BIWA"]
    D --> X["BIWA"]
    D --> Y["BIWA"]
    D --> Z["BIWA"]
    D --> AA["BIWA"]
    D --> AB["BIWA"]
    D --> AC["BIWA"]
    D --> AD["BIWA"]
    D --> AE["BIWA"]
    D --> AF["BIWA"]
    D --> AG["BIWA"]
    D --> AH["BIWA"]
    D --> AI["BIWA"]
    D --> AJ["BIWA"]
    D --> AK["BIWA"]
    D --> AL["BIWA"]
    D --> AM["BIWA"]
    D --> AN["BIWA"]
    D --> AO["BIWA"]
    D --> AP["BIWA"]
    D --> AQ["BIWA"]
    D --> AR["BIWA"]
    D --> AS["BIWA"]
    D --> AT["BIWA"]
    D --> AU["BIWA"]
    D --> AV["BIWA"]
    D --> AW["BIWA"]
    D --> AX["BIWA"]
    D --> AY["BIWA"]
    D --> AZ["BIWA"]
    D --> BA["BIWA"]
    D --> BB["BIWA"]
    D --> BC["BIWA"]
    D --> BD["BIWA"]
    D --> BE["BIWA"]
    D --> BF["BIWA"]
    D --> BG["BIWA"]
    D --> BH["BIWA"]
    D --> BI["BIWA"]
    D --> BJ["BIWA"]
    D --> BK["BIWA"]
    D --> BL["BIWA"]
    D --> BM["BIWA"]
    D --> BN["BIWA"]
    D --> BO["BIWA"]
    D --> BP["BIWA"]
    D --> BQ["BIWA"]
    D --> BR["BIWA"]
    D --> BS["BIWA"]
    D --> BT["BIWA"]
    D --> BU["BIWA"]
    D --> BV["BIWA"]
    D --> BW["BIWA"]
    D --> BX["BIWA"]
    D --> BY["BIWA"]
    D --> BZ["BIWA"]

Examples of installations with 4 motors.
Possibility of replacing units BREA + BDRA / BDBG + BAPA units with the BCCP centralized unit.

SELECTION >2 MOTORS

graph TD
    A["Control > 2 motors. Potating LS/HS - HS in emergency"] --> B["Up to 8 fans with a PILOT PARC MASTER 2 motors ≤25A and its PILOT PARC SLAVE"]
    A --> C["Up to 4 fans with a PILOT PARC MASTER 1 engine >25A and its PILOT PARC SLAVE"]
    B --> D["Tri 400V independent windings Tri 400V Dahlander winding"]
    B --> E["PILOT PARC MH 2 BI PILOT PARC MH 2 DA"]
    B --> F["1 to 6 PILOT PARC E 1 BI or DA 1 to 6 PILOT PARC E 1 BI or DA"]
    C --> G["Tri 400V independent windings Tri 400V Dahlander winding"]
    C --> H["PILOT PARC MH 1 BI PILOT PARC MH 1 DA"]
    C --> I["1 to 3 PILOT PARC E 1 BI or DA 1 to 3 PILOT PARC E 1 BI or DA"]

The 2-motor PILOT PARC MASTER can control from 1 to 6 PILOT PARC SLAVE of any caliber.
The PILOT PARC MASTER 1 motor >25A can control from 1 to 3 PILOT PARC SLAVE of any caliber.

Image of a server rack unit with four labeled buttons and indicator lights, showing function keys and status indicators.

PARKING DETECTION PANEL

For simultaneous detection of both CO and NO_2 in a same loop. It allows for control of up to 16 detectors with the possibility of programming up to 2 groups, making it possible to carry out individual maneuvers in the case of different gases, or sectorized maneuvers in the case of the same gas being detected.

Expandable from one to four totally independent module lines.

Each detector is monitored individually, showing its status in real time on the display.

Programmed with Spanish or Portuguese standards, with the possibility of programming for Spanish, Portuguese and English languages.

PARKING DETECTION PANELS Model

PARKING DETECTION PANEL 1 ZONE

PARKING DETECTION PANEL 2 ZONE

PARKING DETECTION PANEL 3 ZONE

PARKING DETECTION PANEL 4 ZONE

Exterior view of a white industrial air purifier with ventilation slots and a small logo (no text or symbols visible)

DETECTOR W/BASE

CO and NO _2 detectors, with electrochemical probe.

Low sensitivity to interfering gases.

DETECTOR W/BASE Models

CO DETECTOR W/BASE

NO2 DETECTOR W/BASE