01740 - Motion detector Vimar - Free user manual and instructions

Product Type	Motion Detector
Brand	Vimar
Model	01740
Detection Technology	Passive Infrared (PIR)
Detection Angle	180°
Detection Range	12 m
Power Supply	230 V AC, 50 Hz
Maximum Load	1000 W incandescent / 300 W LED
Operating Temperature	-10°C to +40°C
IP Rating	IP44
Installation	Wall or ceiling mount
Dimensions (H x W x D)	100 mm x 80 mm x 60 mm
Weight	150 g
Adjustable Time Delay	10 seconds to 10 minutes
Adjustable Light Sensitivity	3 to 2000 lux
Certification	CE
Maintenance	Clean lens with soft dry cloth
Safety	Disconnect power before installation
Spare Parts	Not available; replace entire unit
Repairability	Non-repairable; replace if faulty

Frequently Asked Questions - 01740 Vimar

How to install the Vimar 01740 motion detector?

Turn off power. Mount the detector on a wall or ceiling at a height of 2-2.5 m. Connect wires according to the diagram: L (live), N (neutral), and load output. Ensure the detection area is not obstructed.

What is the detection range of the 01740?

The detection range is up to 12 m in a 180° angle. Range may vary with temperature and mounting height.

Can the 01740 be used outdoors?

Yes, the IP44 rating makes it suitable for outdoor use under eaves or covered areas, but not direct exposure to rain.

How to adjust the time delay and light sensitivity?

Use the two potentiometers on the detector: TIME for delay (10 s to 10 min) and LUX for light sensitivity (3-2000 lux). Adjust with a small screwdriver.

Why does the light stay on continuously?

Possible causes: time delay set too high, light sensitivity set to night mode (LUX fully clockwise), or the detector is detecting movement continuously (e.g., pets or leaves). Adjust the settings or redirect the sensor.

How to reset the 01740 motion detector?

Turn off the power for 30 seconds and turn it back on. This resets the internal electronics. Check the settings afterward.

What type of bulbs can be used with this detector?

It can control incandescent up to 1000 W, LED up to 300 W, and fluorescent up to 500 VA. Ensure total load does not exceed maximum.

Can the detector be used with an existing switch?

Yes, connect the detector in parallel with a switch to override the automatic function. Wire the switch between line and the detector's live input.

What is the recommended mounting height?

Mount the detector at a height of 2 to 2.5 m above floor level for optimal performance. Ensure it faces away from direct sunlight.

How to clean the motion detector?

Use a soft, dry cloth to wipe the lens. Do not use water, solvents, or abrasive cleaners, as they may damage the sensor.

USER MANUAL 01740 Vimar

White rectangular metal enclosure with two recessed windows and a small mounting base (no text or symbols visible)

01740

Rivelatore IR a tenda PET immune IR motion tent detector PET immune

Blank gray image with no visible content, text, or symbols

ITALIANO

Line drawing of hands using a screwdriver to adjust or install a wall-mounted device (no text or symbols visible)

Hand inserting a cable into a device panel (no text or symbols visible)

Illustration of a person walking toward a target with directional arrows indicating motion (no text or symbols)

Installazione

Diagram showing two identical mechanical or optical setups with light beams projecting onto a central component, no text or symbols present.

Diagram of a mechanical assembly with a spring and housing component (no text or symbols)

Illustration of a person walking under a spotlight beam with directional arrows indicating light or motion (no text or symbols)

Blank gray image with no visible content, text, or symbols

ENGLISH

1. FEATURES 14
2. THE DETECTOR AND ITS PARTS .... 14
3. CONNECTIONS 15

3.1 Connection to the control unit 15

3.2 Line-end resistor connection 17

1. DETECTOR CONFIGURATION....17

4.1 LED configuration (Dip switch 1) 18
4.2 Alarm Output configuration (Dip switch 2) 18
4.3 PIR Sensitivity configuration (Dip switch 3).... 18
4.4 Anti-masking configuration (Dip switch 4) 18

1. LED SIGNALLING 19
2. COVER DIAGRAMS 19
3. INSTALLATION 20

7.1Warnings....20

7.2 Installation procedure 20

1. WALK TEST ...... 23
2. INSTALLATION RULES ...... 23
3. REGULATORY COMPLIANCE 23

Characteristics - The detector and its parts

By-alarm curtain-effect detector to protect entrances and openings such as doors, windows, covered terraces, corridors and French doors, short-range curtain-effect detection with adjustable lens up to 2 m or 5 m, PET immune, anti-masking function, 1 NO or NC 28 VDC 0.1A relay output, surface mounting, 9.5-18 VDC 20 mA power supply.

1. CHARACTERISTICS

• Power supply: 12 VDC
- Absorption: 20 mA
- Cover: 5x1 m
• Detection length limit: 5 m
- Alarm output: N.C./N.O. 28 VDC 0.1 A (max) selectable
- Fault output: N.C. 28 VDC 0.1 A (max)
- Tamper output: N.C. 28 VDC 0.1 A (max), open when the cover is removed
• Detectable speed: from 0.3 to 1.5 m/s
- Sensitivity: 2.0^ C (at 0.6 ~m / s )
• Alarm duration: 2 ± 1 s
- Front LED:
- permanently lit -> alarm
- flashing -> heating and masking detection
• Heating time: approx. 60 s
- Operating temperature: - 20..+ 60 °C
- Ambient humidity: 95%
• Protection degree: IP55

2. THE DETECTOR AND ITS PARTS

3. CONNECTIONS

Caution:

• The anti-masking output is recognised as a Fault output.
• For generic balancing resistors, see para. 3.2.

Power supply cables.

Diameter	Max. length
	12 V 14 V
AWG22 (0.33 mm ^2 )	290 m 620 m
AWG20 (0.52 mm ^2 ) 450 m 980 m
AWG18 (0.83 mm ^2 ) 720 m 1570 m

3.1 Connection to the control unit

Single balancing

graph TD
    A["AL-+CTRTPTP"] -->|3.3 kΩ| B["To the control unit alarm input"]
    A -->|3.3 kΩ| C["To the control unit Anti-masking input"]
    A -->|3.3 kΩ| D["To the control unit Tamper input"]

Connections

Double balancing

Triple balancing

Connections - Detector configuration

3.2 Balancing resistor connection.

Since the alarm and fault outputs share the COM terminal, make the connections as indicated below.

graph TD
    A["Double EOL"] --> B["Alarm relay Problem relay Tamper-proof 1-way switch"]
    B --> C["1 2 3 4 5 6 7"]
    C --> D["Terminal positive (+)"]
    C --> E["Terminal negative (-)"]
    D --> F["Alarm (N.C./N.O.)"]
    E --> G["COM"]
    F --> H["Alarm-EOL-Resistor"]
    G --> I["Signalling Faults (N.C.)"]
    H --> J["Tamper-EOL-Resistor"]
    I --> K["Device Tamper-proof (N.C.)"]
    J --> L["Device Tamper-proof (N.C.)"]
    M["1 2 3 4 5 6 7"] --> N["Terminal positive (+)"]
    M --> O["Terminal negative (-)"]
    N --> P["Alarm (N.C./N.O.)"]
    O --> Q["COM"]
    P --> R["Alarm-EOL-Resistor"]
    Q --> S["Signalling Faults (N.C.)"]
    R --> T["Tamper-EOL-Resistor"]
    S --> U["Device Tamper-proof (N.C.)"]
    T --> V["Device Tamper-proof (N.C.)"]

graph TD
    A["Triple EOL"] --> B["Alarm relay Problem relay Tamper-proof 1-way switch"]
    B --> C["1 2 3 4 5 6 7"]
    C --> D["Terminal positive (+)"]
    C --> E["Terminal negative (-)"]
    B --> F["COM"]
    B --> G["Signalling Faults (N.C.)"]
    B --> H["Device Tamper-proof (N.C.)"]
    B --> I["Device Tamper-proof (N.C.)"]
    J["Control panel Control panel"] --> K["Alarm-EOL-Resistor"]
    J --> L["Faults-EOL-Resistor"]
    J --> M["Tamper-EOL-Resistor"]

4. DETECTOR CONFIGURATION

Configuration is done using the dip switches found on the device electronic board.

1 LED

2 ALARM OUTPUT

3 PIR SENSITIVITY

4 ANTI-MASKING

Do not touch the board with the exception of the dip switches and the terminal.

Detector configuration

4.1 LED configuration (Dip switch 1)

Position Functions
ON(default setting)	LED ON
OFF LED OFF

4.2 Alarm Output configuration (Dip switch 2)

Position Functions
N.O.(default setting)	OUTPUT N.O.
N.C. OUTPUT N.C.

4.3 PIR Sensitivity configuration (Dip switch 3)

Position Functions
STD(default setting)	NORMAL SENSITIVITY
LOW LOW SENSITIVITY

4.4 Anti-masking configuration (Dip switch 4)

Position Functions
ON (default setting)	ANTI-MASKING ACTIVATED
OFF	ANTI-MASKING DEACTIVATED

If the masking condition persists for more than 3 minutes, a FAULT signal is generated. The fault signal is generated after 20 seconds, in anti-masking test mode.

graph LR
    A["1 minute"] --> B["10 minutes"]
    B --> C["Normal mode"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333

If a fault output is signalled (incorrect masking detection) immediately after power-on, set DIP switch 4 (ANTI-MASKING) to "OFF", then to "ON" and then close the cover.

5. LED SIGNALLING

The LED signals the alarm condition, the masking attempt and the device heating phase.

Detector statuses LED indications
Heating• The LED flashes even if DIP SWITCH 1 is set to “OFF” Flashes for approximately 60 seconds
Alarm	Lights up for 2 seconds.
Masking detection• The LED flashes even if DIP SWITCH 1 is set to “OFF”	Flashes 3 times and then repeats the sequence

6. COVER DIAGRAMS

Top view Side view

Detection range 5m

Detection range 2m

7. INSTALLATION

7.1 Warnings

Do not remove the board.

Do not touch the board, with the exception of the DIP switch.

Mounting height.

Illustration of hands using a screwdriver to adjust or install an electrical panel (no text or symbols visible)

Hand inserting a cable into a server rack (no text or symbols visible)

Direction of detection of an approaching person:

Illustration of a person walking toward a beam with directional arrows, no text or symbols present

7.2 Installation procedure

1. Open the cover on the main unit. 2. Remove the fixing element.

Installation

1. Keep the upper part of the bracket raised and remove the main unit.

1. Insert the cable originating from the wall in the wiring hole on the base of the bracket and then mount the latter onto the wall.

1. Pull the cable through the main unit. Raise the upper part of the bracket slightly and mount the main unit onto the bracket.

Installation

1. Determine the horizontal detection angle and connect the fixing element.

Diagram showing two identical mechanical or optical setups with light beams projecting onto a central component, no text or symbols present.

Align the detection area to ensure it is parallel with the wall to reduce interference with the wall.

When the unit is installed in a corner, facing forward along the wall, choose the guide mark situated on the opposite side of the wall.

1. Determine the detection range.

Detection range 5m

Detection range 2m

1. Fasten the cover of the main unit. 9. Perform the walk test (see chap. 8).

Illustration of a person walking toward a target with directional arrows indicating motion (no text or symbols)

N.B. To arrange the walk test, make sure Dip switch 1 is set to "ON" before securing the cover on the main unit.

Walk test - Installation rules - Regulatory compliance

8. WALK TEST

1. Set Dip switch 1 (LED) to ON. 2. Check that the LED lights up for 2 s when detection takes place.

Note: The Dip switch is set to ON by default.

1. If it is not necessary for the LED always to light up, set Dip switch 1 (LED) to OFF.

9. INSTALLATION RULES

• Installation must be carried out by qualified persons in compliance with the current regulations regarding the installation of electrical equipment in the country where the products are installed.
  • Install the detector in a place where no cause for false alarms is present, such as:

- sunlight and reflections;

- heat sources;

- moving objects or objects which the wind may move.

- The ideal installation height is between 0.8 to 1.2m with the base of the detector always parallel with the ground.

10. REGULATORY COMPLIANCE

LV Directive. EMC directive. RoHS directive.

Standards EN 50130-4, EN 55032, EN 50581.

REACH (EU) Regulation no. 1907/2006 – Art.33. The product may contain traces of lead.

WEEE - User information

The crossed bin symbol on the appliance or on its packaging indicates that the product at the end of its life must be collected separately from other waste. The user must therefore hand the equipment at the end of its life cycle over to the appropriate municipal centres for the differentiated collection of electrical and electronic waste. As an alternative to independent management, you can deliver the equipment you want to dispose of free of charge to the distributor when purchasing a new appliance of an equivalent type. You can also deliver electronic products to be disposed of that are smaller than 25 cm for free, with no obligation to purchase, to electronics distributors with a sales area of at least 400 m². Proper sorted waste collection for subsequent recycling, processing and environmentally conscious disposal of the old equipment helps to prevent any possible negative impact on the environment and human health while promoting the practice of reusing and/or recycling materials used in manufacture.