Indoor Freestanding Wireless ALLNET 98836

The ALLNET 98836 Indoor Freestanding Wireless unit includes the ALL4442 4-port isolated contact input module in a metal case with a wall-mount option. It is compatible with ALL3418v2, 350x, 4500, 5000 and 3692 systems and is intended to provide compact, reliable contact sensing for indoor installations. The package dimensions are compact and the product is RoHS compliant; the set also contains one ALL4425 contact sensor and a connection cable.

Advantages

The 4-port contact input module provides isolated inputs with clear logic: an open contact returns a logical “1” and a closed contact returns a logical “0”. The metal enclosure offers physical protection and a wall-mount option simplifies installation. The module is compatible with multiple ALLNET systems listed in the product data, enabling straightforward integration into existing setups.

Suitable for

• Monitoring door contacts and window sensors
• Integrating dry contact sensors into ALLNET control systems
• Indoor security and access control applications

Key specifications

• Model: ALL4442 (included with ALLNET 98836 set)
• Compatibility: ALL3418v2, 350x, 4500, 5000, 3692 (not compatible with ALL3000 or ALL40000)
• Inputs: 4 isolated contact inputs
• Enclosure: metal case with wall-mount option
• Logic: open contact = 1, closed contact = 0
• Package includes: 1 × ALL4425 contact sensor and connection cable
• RoHS compliant

How to use

Mount the metal case on a wall or place it indoors as required, then connect each dry contact sensor to the isolated input terminals following the device wiring diagram. Use the supplied connection cable to link the module to the compatible ALLNET controller (ALL3418v2/350x/4500/5000/3692). Verify that contacts behave as expected: an open contact should be read as “1” and a closed contact as “0”.

Recommendations

Do not attempt to connect the module to unsupported systems such as ALL3000 or ALL40000. For reliable readings, use proper dry contact sensors like the included ALL4425 and route wiring to avoid electromagnetic interference.