Honsberg Instruments GmbH Tenter Weg 2-8 ● 42897 Remscheid ● Germany Fon +49 (0) 2191 - 9672 - 0 ● Fax - 40 www.honsberg.com ● info@honsberg.com Produktinformation Sensors and Instrumentation Radio Temperature Battery life
depending on parameter settings, usually > 1 year
Radio frequency Transmitter / Switch Vibration resistance Ingress protection IP 67 Conformity Dimensions Lance shape
● Temperature sensor with integrated radio interface for the HONSBERG RF1 radio system
● PT1000 sensor ● Energy-saving battery operation ● Robust stainless steel housing ● Operation without registration or fees (ISM band 868 MHz) ● Ingress protection IP 67 Characteristics
The temperature sensors in this range measure temperatures in liquids and gases. The measured value is polled using a radio connection. If set limit values are exceeded, this can be actively
Lance type Screw-in thread
notified by the sensor. To operate one or more sensors, at least one
send/receive station (access point RF1-ETH or RF1-USB) is
The robust solid metal construction makes the sensors suitable for
Technical data "Gooseneck" option for higher temperatures
male thread G 1/4 A. G 1/2 A, union nut G 3/4
connection Metering ranges
extended range for lance shape with gooseneck
Measurement accuracy Reproducibility Pressure temperature Storage temperature Materials medium-contact Materials, non- medium-contact Voltage supply
lithium battery 1/2 AA 3.6 V (e.g. Tadiran SL-750/S)
consumption Honsberg Instruments GmbH Tenter Weg 2-8 ● 42897 Remscheid ● Germany Fon +49 (0) 2191 - 9672 - 0 ● Fax - 40 www.honsberg.com ● info@honsberg.com Produktinformation Sensors and Instrumentation Compact sensor Operation and programming
If the customer desires, the sensor can be preconfigured and made ready for use, with the battery inserted. Configuration before
However, all parameters can be modified by radio using the optionally available software RF1-Control. Modifiable parameters include:● Measurement cycle time● Limit values for alarm warnings● Metering range
Thanks to the flash memory used, the firmware can also be
updated by radio if necessary. Software modules can be made
available by HONSBERG for customer applications; this allows the use of the whole range of functionality. Detailed information available on request. Changing battery
The cover of the housing is unscrewed to change the battery. The battery can be replaced without the need for additional tools. Take care when removing the lid: Do not tear off the wiring! Remove the
battery from the battery holder, and replace it with a suitable battery
(e.g. Tadiran Lithium SL-750/S). If the battery is connected with reversed polarity, it will be discharged, but the device will not be damaged. Ordering code
Sensor with union nut for T-piece G 3/8.G 1/2
Metering range 100 Handling and operation Connection material
The sensor is fitted with a yellow LED, which briefly flashes every
Connection size Installation
Sensors with screw-in threads are screwed into a T-piece or a
Process connection
nozzle in the pipework, using a suitable flat seal (e.g. Klingerit).
Sensors with a union nut are mounted in a T-piece (see separate
product information). Use only a hexagonal spanner to tighten.
It should be ensured that the sensor tip is located fully in the medium, and does not push against the wall of the pipe. Accessories
● T-piece type TS-2. Thread G 3/8.G 2● Cable/round plug connector (KB.)
see additional information “Accessories”
● USB adapter RF1-USB● Ethernet adapter RF1-ETH
SUSPENSIÓN. NO PROCEDE CONTRA ACTOS NEGATIVOS CON EFECTOS POSITIVOS (LEY FEDERAL DE COMPETENCIA ECONÓMICA). El artículo 124 de la Ley de Amparo dispone que para el otorgamiento de la suspensión de un acto de autoridad deben concurrir los siguientes requisitos, que a saber, son: 1. Que se solicite la suspensión; 2. Que no contravenga disposiciones de orden público ni se ocasione perjui
Facteurs de forme et technique projective, sansResume : Dans cet article nous presentons une methode projective, dans le cadre de la radiosite,qui simplie le calcul des facteurs de forme, en calculant les contours d'ombres projetees. Lesombres sont delimitees par un polygone d'occlusion qui nous permet d'identier les parties visibleset cachees des objets. Nous pouvons alors calculer