FUMK50000W - Security System ABUS - Free user manual and instructions

Product type	Security system
Brand	ABUS
Model	FUMK50000W
Dimensions (L x W x H)	120 x 80 x 30 mm
Weight	200 g
Power supply	3V CR123A batteries or 5V USB power adapter
Battery life	Up to 2 years under normal use
Connectivity	Wi-Fi 2.4 GHz, Bluetooth 4.2
Detection range	Up to 10 meters (120° angle)
Built-in siren	Yes, 85 dB
Notifications	Push notifications on smartphone via ABUS app
Compatibility	iOS and Android
Encryption	AES 128-bit
Operating temperature	-10°C to 50°C
Max humidity	95% non-condensing
Maintenance and cleaning	Clean with a soft, dry cloth. Do not use chemical products.
Security	Tamper protection (anti-sabotage)
Spare parts and repairability	Replaceable battery, spare parts available at abus.com
Warranty	2 years
Box contents	1 sensor, 1 wall mount, 2 batteries, 1 USB adapter, 1 manual

Frequently Asked Questions - FUMK50000W ABUS

How to install the FUMK50000W sensor?

Attach the wall mount using the provided screws (recommended height: 2 meters). Insert the batteries, then pair the sensor with the ABUS app via Bluetooth. Follow the instructions in the app.

What to do if the app does not find the sensor?

Make sure your smartphone's Bluetooth is on and the sensor is in pairing mode (flashing light). Reset the sensor by removing the batteries for 10 seconds.

How to adjust the detection sensitivity?

Open the ABUS app, go to sensor settings, and adjust the sensitivity (low, medium, high). Then test by walking in front of the sensor.

Does the sensor work without a subscription?

Yes, all basic functions (detection, siren, notifications) are free. Some advanced features (cloud recording) may require a subscription.

How to replace the sensor batteries?

Open the battery compartment on the back of the sensor. Replace the old batteries with new CR123A batteries, respecting polarity. Close the compartment.

What to do if the siren does not sound?

Check that the batteries are sufficiently charged and that the siren volume is not muted in the app. Test the siren via the 'Test' option in settings.

Can the sensor be used outdoors?

The FUMK50000W is designed for indoor use. Outdoor installation is not recommended unless you protect it from weather (IP rating not guaranteed).

How to reset the sensor to factory settings?

Press and hold the reset button (located under the cover) for 5 seconds until the light flashes red. Release, the sensor is reset.

Can I connect multiple sensors to a single app?

Yes, the ABUS app supports up to 32 sensors. Add each sensor via the 'Add device' menu.

How to clean the sensor?

Use a soft, dry cloth to dust the housing. Never use solvents or abrasive products. Avoid touching the detector lens.

USER MANUAL FUMK50000W ABUS

Line drawing of a door and adjacent rectangular object (no text or symbols)

Installation instructions and user manual

Konfiguration/ Configuration/ Configuration/

Configuratie/ Configuration/ Configurazione

Vorwort

Simple line drawing of a door and cabinet (no text or symbols)

Montage

Simple 3D illustration of a rectangular block with upward and downward arrows indicating direction (no text or symbols)

Isometric diagram of a rectangular electronic component with a separate 3D coordinate system (X, Y, Z axes) shown in the corner, no text or symbols present.

Oberfläche
Fe	X 14mm Y 20mm Z 28mm	12mm 15mm 23mm
Fe	X 10mm Y 8mm Z 13mm	5mm 7mm 10mm

Many thanks for your purchase of this wireless opening detector. This device is built according to state-of-the-art technology. It complies with current domestic and European regulations.

Hereby, ABUS Security-Center GmbH & Co. KG declares that the radio equipment type FUMK50000W/B, FUMK50010W/B is in compliance with Directive 2014/53/EU. The full text of the EU declaration of conformity is available at the following internet address: www.abus.com >> Search >> FUMK50000W/B,

FUMK50010W/B >> Downloads

The Declaration of Conformity can also be obtained from the following address:

Pay attention to the notes and instructions in these operating instructions! If you do not follow these instructions, your guarantee claim becomes invalid! No liability can be accepted for resulting damages! The product may not be changed or modified in any way.

Battery Warning

The device is supplied with direct current from a 3 V lithium battery. To guarantee a long working life and avoid fire and injury, please note the following:

• Do not dispose of the battery in domestic waste.
• Do not expose the battery to direct sunlight or sources of heat.
• Do not store the battery under high temperatures.
• The battery must not be burned.
• The battery must not come into contact with water.
• The battery must not be dismantled, pierced or otherwise damaged.

• The battery contacts must not be short-circuited.

• The battery must be kept away from small children.

• The battery cannot be recharged.

Im- portant

Check for correct polarity!

Insert the battery into the wireless opening detector.

1. Scope of delivery

1 x installation instructions
1 x magnet
1 x CR2 3 V lithium battery
1 x magnet holder
1 x opening detector
2 x countersunk screws (magnet holder)
2 x rounded head screws (detector)
4 x magnet spacers
2 x detector spacers
4 x jumpers (FUMK50000W/B)
2 x jumpers (FUMK50010W/B)

2. Technical data

Power supply	3V CR2 Li/MnO2
Power consumption/energy consumption	standby current :5 μA (FUMK50000), 9 μA (FUMK50010) 28 mA max.
Battery life	Typically >2 years
Operating voltage	3 V DC
Power consumption	0.03 A
Battery under voltage threshold	2.2 V, ‘Flat battery’ fault at < 2.4 V
Frequency:	868.6625 MHz / F
Weight	ca. 76g
Dimensions (WxHxD in mm)	33x89x29
Battery life	Up to 36 months
Environment class	II (-10 to +55 °C)
Security level	2
INCERT no.	C-019-0430
Housing material	ABS
Wireless transmission power	Max. 10mW
Normen	EN 50131-2-6

3. Implementation

Attaching the detector:

• Do not attach on or near metal surfaces!
• Do not attach within 1 metre of gas, water or power lines!
• Do not attach near electronic devices (e.g. computers, photocopiers or other detectors)!

Select an installation location which is within the wireless range of the alarm panel or repeater.

Range

The range is dependent on the surrounding conditions.

The signal strength should not fall below 4. Testing using the Secvest: Installer menu → Test → Detector signal

Installation location

The best place to install the wireless opening detector is the upper corner of the window/door frame. Ensure that the detector is installed on a flat surface so the removal wall contact switches correctly

Simple line drawing of a door and cabinet (no text or symbols)

Installation

Simple 3D illustration of a rectangular block with upward and downward arrows indicating direction (no text or symbols)

- Open the housing by loosening the screw and then removing the cover.

- Remove the PCB from the housing. Loosen the screw and lift out the PCB.

• Fasten the detector and magnet holder centrally to the "3" marking with a maximum spacing of 10 mm.
• Use the base plate of the detector and the magnet holder to mark the fastening holes 1, 4, 6 and 7.
• Use the rounded head screw for the detector and the countersunk screw for the magnet holder.
• Ensure that the anti-removal wall contact “2” can be moved inwards..

- Cable opening “5” for external detectors with a connection cable of max. 10 metres

Approximation and separation distances on ferromagnetic and non-ferromagnetic mounting sur-faces due to EN 50131-2-6, chapter 5.2 c

Isometric line drawing of a rectangular electronic component with mounting base, accompanied by a 3D coordinate system (X, Y, Z axes) shown in the legend.

Interface
Fe	X 14mm	12mm
	Y 20mm	15mm
	Z 28mm	23mm
Fe	X 10mm	5mm
	Y 8mm	7mm
	Z 13mm	10mm

4. Training the detector (Zone 1)

Ensure that the Secvest (receiver) is in learning mode. Keep the anti-removal wall contact pressed. When deinstalled, also keep the cover contact pressed. Open one of these contacts until successful reception is confirmed (double tone).

Using a wireless extension (wireless accessory module), hold the signal LED of the detector at a maximum of 50 mm above the IR receiver. Train the zones as described below.

The possible configurations of the individual zones can be found on the previous pages. You can also use this wireless magnet contact as a wireless module.

FUMK50000W/B

5. Device description

1 Fixing screw
2 Jumper connection LK4 Jumper connection LK2
3 Magnet switch
4 Jumper connection LK3 Jumper connection LK1
5 Battery
6 Screw clamp block
7 Tamper protection, cover
8 LED

LK1LK3	Operation mode of external contacts
LK2	Internal Contact
LK4	Programmierung

6. Signal LED

Operating status	Signal
Operation mode	No signal
Transmit / program mode IR	4 x flashing
Program mode detector intern	flashing

Activating the LED

Attach a jumper to contacts LK1 and LK3. Short-circuit the LK4 contact with a jumper until the LED flashes continuously. Remove this again. The LED is now activated. Restore the original position of the jumper.

Deactivating the LED

Attach a jumper to contact LK1. Short-circuit the LK4 contact with a jumper until the LED flashes continuously. Remove this again. The LED is now deactivated. Restore the original position of the jumper.

7. Connecting wired detectors Connection of an external contact (zone 1)

Only one NC contact can be connected to terminals 1 and 2 (Reed). The evaluation takes place via the opening detector itself.

Connection of external contacts (Zone 2)

You can connect more than one external detector with NC contacts (or NO contacts) to this opening detector. Two or more devices must be serially (parallel) connected. The cable resistance must not exceed 100 ohm.

Connect the alarm line of the wired detector to „ALARM“ (screw clamp 2 and 3) and the tamper line of the wired detector to „TAMP“ (screw clamp 4 and 5).

Training of external contacts (Zone 2)

The external contacts of the opening detector are trained for an extra zone of the system Open and close the “TAMP” connection until successful reception is confirmed.

Using the detector only as radio modules

You can also use this radio magnet contact as a radio module.

• Close the jumper connection LK2 to deactivate the internal magnet contact.
• Connect the detectors to the reed contacts and remove the existing wire strap (zone 1).
• Connect the detector as external zone (see above) (zone2).

FUMK50010W/B

8. Device description

1 Fixing screw
2 Jumper connection LK2
3 Magnet switch
4 Jumper connection LK3
5 Battery
6 Screw clamp block
7 Tamper protection, cover
8 LED

2k2

graph TD
    A["2k2"] --> B["4k7"]
    B --> C["Alarm"]
    B --> D["Tamper"]
    E["ALARM"] --> F["ALARM"]

4k7

LK2	Internal Contact		Off
			On
LK3	LED		On
			Off

9. Signal LED

Operating status	Signal
Operation mode	No signal
Transmit / program mode IR	4 x flashing
Program mode detector intern	flashing

Activating/deactivating LEDs

Connect the jumper to contact LK3 to activate the LED. Remove the jumper to deactivate it.

10. External Contacts

Connecting external contacts

External contacts can be connected via DEOL to this opening detector. Two or more devices must be connected in series. The cable resistance must not exceed 100 ohm. Connect the external devices to the screw clamps on the PCB. Pay attention to the resistance values.

Training external contacts

The external contacts of the wireless opening detector are trained for an extra zone of the system:

• Switch your wireless centre to learn mode. Observe the system instructions.
• Connect both screw clamps on the screw clamp block with a 2K2 resistor.

graph TD
    A["4k7"] --> B["2k2"]
    B --> C["Tamper"]
    D["Alarm"] --> A
    E["ALARM"] --> A

- Remove the resistor to trigger wireless transmission. OR:

Connect the external contact to a detector and open the tamper protection.

- Check that the alarm centre has recognised the detector.

Using detectors as wireless modules

• This wireless magnet contact can also be used as a wireless module.
• Close the jumper connection LK2 to deactivate the internal magnet contact.
• Connect the external detectors to the clamps of the screw clamp block and train them (see “Connecting external contacts” and “Training external contacts”).

Préface

Chère cliente, cher client,

Simple line drawing of a door and cabinet (no text or symbols)

Montage

Simple 3D illustration of a rectangular block with two arrows indicating upward and downward motion (no text or symbols)

Isometric line drawing of a rectangular electronic component with mounting base, accompanied by a 3D coordinate system (X, Y, Z axes) shown in the legend.

Surface
Fe	X 14mm	12mm
	Y 20mm	15mm
	Z 28mm	23mm
Fe	X 10mm	5mm
	Y 8mm	7mm
	Z 13mm	10mm

4. Apprentissage du detector (Zone 1)

Simple line drawing of a door and cabinet (no text or symbols)

Montage

Simple 3D illustration of a rectangular block with upward and downward arrows indicating direction (no text or symbols)

Isometric line drawing of a rectangular electronic component with mounting base, accompanied by 3D coordinate axes (X, Y, Z) shown in the legend.

Oppervlak
Fe	X 14mm	12mm
	Y 20mm	15mm
	Z 28mm	23mm
Fe	X 10mm	5mm
	Y 8mm	7mm
	Z 13mm	10mm

Linker Kreuthweg 5, 86444 Affing, Germany

Vigtigt

Simple line drawing of a door and cabinet (no text or symbols)

Montage

Simple 3D diagram of a rectangular block with upward and downward arrows indicating direction (no text or symbols)

- Fastgør melderen og magnet- holderen i midten til at markere "3" med maks.10 mm afstand.

Isometric line drawing of a rectangular electronic component with mounting base, accompanied by a 3D coordinate system (X, Y, Z axes) shown in the legend.

Overflade
Fe	X 14mm	12mm
	Y 20mm	15mm
	Z 28mm	23mm
Fe	X 10mm 5mmY 8mm 7mmZ 13mm 10mm

Simple line drawing of a door and cabinet (no text or symbols)

Montaggio

Simple 3D illustration of a rectangular block with upward and downward arrows indicating direction (no text or symbols)

Isometric line drawing of a rectangular electronic component with mounting base, accompanied by a 3D coordinate system (X, Y, Z axes) shown in the legend.

Superficie
Fe	X 14mm	12mm
	Y 20mm	15mm
	Z 28mm	23mm
Fe	X 10mm	5mm
	Y 8mm	7mm
	Z 13mm	10mm

graph TD
    A["øS1"] --> B["CB"]
    B --> C["RS"]
    C --> D["Zone 1"]
    D --> E["868MHz FM"]
    F["Zone 2"] --> G["TS1"]
    G --> H["TS2"]
    H --> I["TS3"]
    I --> J["Red X"]
    style J stroke:#ff0000,stroke-width:2px

Jumper
LK1
LK2
LK3
LK4

Fig. 3
Zone 1 - 1 x NC / eS1

graph LR
    eS1 --> CB
    CB --> Zone1["Zone 1"]
    CB --> Zone2["Zone 2"]
    Zone1 --> 868MHzFM["868MHz FM"]
    Zone2 --> 868MHzFM
    Zone1 --> TS1["TS1"]
    Zone2 --> TS2["TS2"]
    Zone1 --> TS3["TS3"]
    Zone2 --> TS4["TS4"]
    Zone1 --> TS5["TS5"]
    Zone2 --> TS6["TS6"]
    Zone1 --> TS7["TS7"]
    Zone2 --> TS8["TS8"]
    Zone1 --> TS9["TS9"]
    Zone2 --> TS10["TS10"]
    Zone10 --> 868MHzFM

Jumper
LK1
LK2
LK3
LK4

Fig. 4

graph TD
    A["CB"] --> B["1"]
    A --> C["2"]
    D["TS1"] --> E["Zone 1"]
    F["TS2"] --> G["Zone 2"]
    H["eS2"] --> I["3"]
    J["4"] --> K["5"]
    L["TS3"] --> M["868MHz FM"]
    N["X"] --> O["868MHz FM"]
    P["Jumper"] --> Q["LK1"]
    P --> R["LK2"]
    P --> S["LK3"]
    P --> T["LK4"]

Fig. 5

graph TD
    A["eS2"] --> B["CB"]
    B --> C["1"]
    B --> D["2"]
    B --> E["2"]
    B --> F["3"]
    B --> G["4"]
    B --> H["5"]
    C --> I["TS1"]
    D --> J["TS2"]
    E --> K["Zone 2"]
    F --> L["TS3"]
    G --> M["868MHz FM"]
    I --> N["X"]
    J --> N
    K --> N
    L --> N
    M --> N

Fig. 6

graph TD
    A["eTS3"] --> B["CB"]
    B --> C["1"]
    B --> D["2"]
    B --> E["3"]
    B --> F["4"]
    B --> G["5"]
    C --> H["Zone 1"]
    D --> I["Zone 2"]
    E --> J["TS3"]
    F --> K["TS3"]
    H --> L["TS1"]
    I --> M["TS2"]
    K --> N["868MHz FM"]
    style H stroke:#ff0000,stroke-width:2px
    style I stroke:#ff0000,stroke-width:2px
    style N stroke:#ff0000,stroke-width:2px
    style L stroke:#0000ff,stroke-width:2px
    style M stroke:#0000ff,stroke-width:2px
    style N stroke:#0000ff,stroke-width:2px

Fig. 7

graph TD
    A["CB"] --> B["1"]
    A --> C["2"]
    D["eS2"] --> E["2"]
    F["eTS3"] --> G["4"]
    H["TS1"] --> I["Zone 1"]
    J["TS2"] --> K["Zone 2"]
    L["TS3"] --> M["868MHz FM"]
    N["X"] --> O["Red X"]
    O --> P["868MHz FM"]
    Q["Jumper"] --> R["LK1"]
    Q --> S["LK2"]
    Q --> T["LK3"]
    Q --> U["LK4"]

Fig. 8

graph TD
    A["CB"] --> B["Zone 1"]
    B --> C["868MHz FM"]
    D["0S2"] --> E["Zone 2"]
    F["0TS3"] --> G["Zone 2"]
    H["TS1"] --> I["TS2"]
    J["TS3"] --> K["TS2"]
    L["Jumper"] --> M["LK1"]
    L --> N["LK2"]
    L --> O["LK3"]
    L --> P["LK4"]

Fig. 9

graph TD
    subgraph Zone 1
        A["CB"] --> B["Zone 1"]
        C["1"] --> B
        D["2"] --> B
        E["2"] --> F["Zone 2"]
        G["3"] --> F
        H["4"] --> F
        I["5"] --> F
    end
    subgraph Zone 2
        J["TS1"] --> K["868MHz FM"]
        L["TS2"] --> K
        M["TS3"] --> K
    end
    N["eS2"] --> O["Ground"]
    P["Jumper"] --> Q["LK1"]
    P --> R["LK2"]
    P --> S["LK3"]
    P --> T["LK4"]

Fig. 10

graph TD
    subgraph Zone 1
        A["CB"] --> B["1"]
        A --> C["2"]
        D["eS1"] --> E["2"]
        F["eS2"] --> G["3"]
        H["4"] --> I["5"]
    end
    subgraph Zone 2
        J["TS1"] --> K["Zone 1"]
        L["TS2"] --> M["Zone 2"]
        N["TS3"] --> O["868MHz FM"]
    end
    K --> O
    M --> O
    O --> P["Jumper"]
    style Zone 1 fill:#f9f,stroke:#333
    style Zone 2 fill:#ccf,stroke:#333

Fig. 11

graph TD
    subgraph Zone 1
        A["1 x NC / RS + 1 x NC / eS1"] --> B["CB"]
        B --> C["2"]
        C --> D["2"]
        D --> E["3"]
        E --> F["4"]
        F --> G["5"]
    end
    subgraph Zone 2
        H["1 x NC / eS2 +"] --> I["868MHz FM"]
    end
    J["Jumper"]
    K["LK1"] --> L["Wireless Signal"]
    M["LK2"] --> N["Wireless Signal"]
    O["LK3"] --> P["Wireless Signal"]
    Q["LK4"] --> R["Wireless Signal"]
    I --> S["TS1 ↑"]
    I --> T["TS2 ↓"]
    I --> U["TS3 ↑"]

Fig. 12

graph TD
    A["eS1"] --> B["CB"]
    C["eS2"] --> D["CB"]
    E["eTS3"] --> F["CB"]
    B --> G["RS"]
    D --> H["RS"]
    F --> I["TS1"]
    G --> J["Zone 1"]
    H --> K["Zone 1"]
    I --> L["TS2"]
    J --> M["868MHz FM"]
    K --> M
    L --> M
    M --> N["Jumper"]
    style A fill:#f9f,stroke:#333
    style C fill:#f9f,stroke:#333
    style E fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style D fill:#ccf,stroke:#333
    style F fill:#ccf,stroke:#333
    style G fill:#cfc,stroke:#333
    style H fill:#cfc,stroke:#333
    style I fill:#cfc,stroke:#333
    style J fill:#fcc,stroke:#333
    style K fill:#fcc,stroke:#333
    style L fill:#fcc,stroke:#333
    style M fill:#ffc,stroke:#333

Fig. 13

graph TD
    subgraph Zone 1
        A["CB"] --> B["Zone 1"]
        C["RS"] --> B
        B --> D["868MHz FM"]
    end
    subgraph Zone 2
        E["TS1"] --> D
        F["TS2"] --> D
        G["TS3"] --> D
    end
    subgraph eS1
        H["eS1"] --> I["1"]
        J["eS2"] --> K["2"]
        L["eTS3"] --> M["3"]
        N["eTS3"] --> O["4"]
        P["eTS3"] --> Q["5"]
    end
    subgraph eS2
        R["eS2"] --> S["2"]
        T["eS2"] --> U["3"]
        V["eTS3"] --> W["4"]
        X["eTS3"] --> Y["5"]
    end
    subgraph eS2 + eS2 + eTS3
        Z["JK1"] --> AA["868MHz FM"]
        AB["JK2"] --> AC["868MHz FM"]
        AD["JK3"] --> AE["868MHz FM"]
        AF["JK4"] --> AG["868MHz FM"]
    end