Adapter for radiator thermostat (Vicki) to Danfoss RA valves.Metal adapter.Valve adapter RA (Danfoss) M30x1.5

Adapter for radiator thermostat (Vicki) to Danfoss RAV valves.Metal adapter.Valve adapter RAV Ø 34mm (Danfoss) - M30 x 1.5

Adapter for radiator thermostat (Vicki) to Danfoss RAVL valves.Metal adapter Valve adapter.RAVL Ø 26mm (Danfoss) - M30 x 1.5

Adapter for radiator thermostat (Vicki) to Herz M28x1.5 valves.Metal adapter.Valve adapter M28 x 1.5 (heart) - M30 x 1.5

Adapter for radiator thermostat (Vicki) to Ovendrop/ISTA valves.Metal adapter.Valve adapter M30 x 1.0 (Ovendrop/ISTA) - M30 x 1.5

Ac Leak Membrane Noah 15,24 x 76,28cm V2Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Ac Leak Membrane Noah 2,54x30,48cm V2 Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Ac Leak Membrane Noah 22,86x45,72cm V2Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Ac Leak Membrane Noah 50,8 x 50,8 cm V2 Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Ac Leak Membrane Noah 50,8 x 76,2 cm V2 Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Ac Leak Tape1 Membrane Noah 0,80x30,48cm Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Ac Noah-to-Membrane Cable 182,88 cm (Audio/black LED connector)Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Ac Noah-to-Membrane Cable 25,4 cm V2  (Audio/black LED connector)Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Ac Noah-to-Membrane Cable 60,96 cm V2  (Audio/black LED connector)Accessory for multifunctional leak sensor Kairos Noah N2-OTAA-01 L868 OD A

Theft protection for Vicki radiator thermostat.Anti-theft accessory for Vicki - LoRaWAN Radiator Thermostat

Ac Vicki screw-on adapter back plate

Anti-vandalism protective housing for Vicki radiator thermostat, accessories for vandalism protection for Vicki - LoRaWAN® thermostat

Mobile LoRaWAN® Field Tester / Range Tester from Adeunis LoRaWAN field tester for real-time network analysis and signal strength testing.  It allows the transmission, reception and immediate display of LoRaWAN messages and their quality/field strength in the network used. Use Cases: Coverage and range tests with geolocation of the measuring points Optimization of sensor locations / positions for assembly planning Selection of the most suitable network

LoRaWAN® Temperature Sensor Temp from Adeunis Temperatur sensor with 2 probes. Highlights: Integrated and remote temperature probes Sending an average of values over a given period Local and remote configuration Consumption controlled for optimized autonomy

2 lithium batteries for powering LoRaWAN® devices with 1.5VThese high-quality lithium batteries provide LoRaWAN devices with reliable power autonomously for several years. They weigh 1/3 less than standard alkaline batteries and are leak-proof.Technical specifications:Nominal voltage: 1.5V Nominal capacity: 3000mAh Operating temperature: - 40°C to + 60°C Diameter: 14mm Length: 50,5mm Illustration may vary.

BOSCH LoRaWAN® Parking Sensor Parking Lot PLS 868 MHz IP67 The LoRaWAN® Parking Lot PLS is a sensor for Smart Parking and Smart City applications. The sensor is battery powered and designed for surface mounting. Both screw and adhesive mounting is possible. The parking sensor detects and reports the occupancy of individual parking spaces / parking lots and thus enables active parking space management. The simple retrofit solution for the monitoring of parking spaces can be installed in a few minutes. Drivers in large cities spend on average more than 40 hours a year behind the wheel alone to find parking spaces. Around 30 % of inner-city traffic and the associated CO2 emissions are accounted for by the search for parking space alone. However, the question of where the next available parking space is has been answered much faster than before with digital solutions for some time now. This time saving is made possible by modern Internet-of-Things technologies. Sensors are integrated into a networked overall mobility solution via LoRaWAN® radio technology (Long Range Wide Area Network). The radio technology makes it possible to collect data from sensors over a large radius via a gateway and send it to intelligent traffic control systems. The information about the occupancy status of the parking lot ends up in the back end of the mobility system, where it is processed and made available to the end users via navigation system, smartphone app or website. In this way, motorists can navigate to the nearest available parking space. The back-end system can also store the type of parking space involved, i.e. "normal" surface parking or special parking space (women's, family or disabled parking, e-charging station). The solution is also suitable for monitoring escape routes (e.g. fire department access roads) or e-charging stations. The parking sensor contains two independent sensor elements, a magnetometer to detect changes in the magnetic field of the environment and a RADAR sensor to measure the reflectivity of the object above the sensor.

DIN rail adapter for CleverCity Greenbox Compact 3. With the DIN rail adapter, you can optionally and if necessary also mount the Greenbox Compact 3 on a DIN rail - for example in a distribution box. This mounting variant is often used when the device is used for string control. The adapter is attached to the back of the Greenbox with the four screws supplied.

Greenbox Compact 3 - Intelligent LoRaWAN®-enabled timer for controlling street lighting Greenbox Compact 3 is an intelligent time switch with an astronomical calendar and LoRaWAN® radio interface. It is used for intelligent, modern control of street lighting. Greenbox Compact replaces existing conventional audio frequency ripple control receivers. The switching on and off of the connected street lighting is either controlled by the astronomical calendar stored in the Greenbox or by means of a LoRaWAN® command. The exact time is automatically synchronized between the server and the Greenbox Compact via the LoRaWAN® interface. Switching commands are transferred via the LoRaWAN® interface. The switching commands can either be sent to individual devices (single mast control) or as real synchronous group commands (string control). The parameterization of the Greenboxes can also be set and read out via the LoRaWAN interface. A current measurement checks the function of the consumer (e.g. defective lamp). Switching changes or errors are automatically sent as a LoRa message. The Greenbox Compact is 1: 1 connector compatible with standard ripple control receivers available on the market (e.g. Landis + Gyr RCR 131 or Langmatz EK 593) and complies with the current EN and IEC standards. Features: Can be used for single mast or group control Simple assembly as it is compatible with standard TRE's DIN rail mounting is possible as an option Automatic time synchronization Up to 8 switching programs available Integrated power measurement (enables functional testing of the consumer) USB-C interface for configuration Can also be used as a simple time switch without LoRaWAN® functionality Sealable LED operating status display Protection class IP32 Scope of delivery: Greenbox Compact 3 Accessories (to be ordered separately) Mast antenna with 4 m cable for mast diameter 80-140 mm (ANT140), Order number 172726 (see also tab "Accessories") optional: DIN rail adapter for Greenbox Compact (GBC3-DIN), Order number 173291 (see also tab "Accessories") optional: Standard SMA angled antenna (ANT100), Order number 173292 (see also tab "Accessories") Video on the ZENNER Youtube channel: LoRaWAN: Smart Lighting with the Internet of Things

LoRaWAN mast antenna for CleverCity Greenbox Compact 3. For the safest possible operation or to ensure the best possible radio reception, we recommend an additional antenna for the Greenbox compact, which is used for single mast control. The mast antenna secures the connection between the LoRaWAN network and the green box built into the street lighting mast. The antenna is mounted flush on the mast with just one drill hole and secured with the enclosed strap. A foam rubber seals the antenna and prevents against moisture penetrating. Technical data: Frequency 865 ... 880MHz Amplification 0dBd (2dBi), typically Protection class IP66 Polarization linearly Sending power RMS < 10W Temperature range -40°C ... +85°C UV-protection > 10 years Material ABS Cable length ca. 4m Weight ca. 100g Dimensions 150x38x36mm Fixing belt Mast diameter 80 to 140mm