Lämpötila-anturi ALLNET ALL3008 sisäkäyttöön vapaasti seisova johdollinen

The ALLNET ALL3008 Indoor Freestanding Wired temperature sensor is a compact device for continuous indoor temperature monitoring. Designed for reliable sensing in homes, offices, and controlled environments, the sensor provides stable readings via a wired connection. Its small footprint and freestanding form factor make it suitable for placement on desks, shelves, or inside equipment racks where consistent ambient temperature measurement is required.

Advantages

The sensor offers precise temperature measurement through a stable sensing mechanism and wired data transmission that reduces interference and signal loss compared with wireless alternatives. Its freestanding design requires no wall mounting and supports flexible placement. The compact enclosure simplifies integration into existing monitoring setups and systems that accept wired temperature inputs.

Suitable for

• Monitoring room temperature in homes and apartments
• Ambient temperature control in offices and meeting rooms
• Environmental monitoring in laboratories and test areas
• Temperature oversight inside equipment cabinets and racks
• Integration with building management systems requiring wired sensors

Key specifications

• Form factor: freestanding, compact enclosure
• Connection type: wired interface for continuous data transmission
• Application area: indoor ambient temperature measurement
• Typical use: stable, room-level temperature monitoring
• Mounting: placed on flat surfaces — no permanent mounting required

How to use

Position the freestanding sensor on a stable, flat surface in the area where ambient temperature should be recorded. Connect the sensor using the appropriate wired interface to a compatible monitoring device or control system according to the system’s input requirements. Avoid placing the sensor near direct heat sources, air vents, or in direct sunlight to ensure representative ambient readings. After connection, verify the readout on the monitoring system and allow a short stabilization period for the sensor to reach ambient equilibrium.

Recommendations

For accurate and consistent results, locate the sensor away from localized heat sources and drafts, and allow several minutes after relocation for the sensor to stabilize. Regularly check wiring connections and the receiving system’s settings to ensure correct scaling and logging of temperature data.