High Frequency Limit Level Sensor HFS202 T
Sitron ́s HFS high frequency limit level sensor. Industrial use for limit level sensing of liquid and paste media. It is designed for vertical mounting in the tank or using a tubular extender (see the technical data sheet for accessories) or a bracket.
It can directly replace vibrating level sensors, or capaci- tive level sensors in more demanding applications. Media can be electrically conductive as well as non-conductive. The sensor can be installed in metal or plastic tanks, filling tanks, sumps, etc.
- Produtos Químico, Tratamento de Água
- Produtos Alimentares e Bebidas
- Saneamento Básico e Sistema de Combate de Incêndio
- Indústria Farmacêutica
- Designed for reliable limit level detection of a wide range of fluids, oils, paste-like materials, foam, fibers and solids (including plastic pellets) with either high or low densities or dielectric constants.
- Generates a high frequency sensing field which is immune to product adhesion, making it an ideal solu- tion for viscous or sticky media such as ketchup, yogurt, syrups, creams or pastes, tar like materials, alkalis, etc.
- An ideal replacement for other technologies such as vibrating forks, capacitive, ultrasonic or conductive level switches.
- Direct mounting into tanks, vessels, pipes or containers.
Fully configurable sensitivity adjustment using a simple magnet pen - Universal design for all types of fluids (electrically conductive and non-conductive) with a sensing tip made from PEEK or PTFE.
- High stability at high sensitivity (can be used in applications with substances with εr ≥ 1.5).
Aplicação: Monitorar e detectar Fluxo de liquidos Alimentação: DC: 24Vcc (± 10%)
Consumo: <1 00mA
Saída:Relé (1 SPDT) 5A – 250Vac / 4~20mA (3 fios)
Regulagem (set point): Líquidos: 3cm/s a 1m/s
Precisão: erro ± 10%
Tempo de resposta: 1 a 10s
Gradiente de temperatura:15°C/min
Indicação visual: Bargraph 8 led ́s
Cabeçote: Aluminio com Pintura
Conexão elétrica: Prensa-cabo de 1⁄2” NPT
Conexão ao processo: BSP , NPT, Flange ou Sanitária
Material do corpo: Aço Inox 316
Temperatura Ambiente: -10 a 70°C
Temperatura de trabalho: -10 a + 80°C (c/ prolongador p/ 120°C) Pressão máxima:100 Bar
Classe de proteção: IP66
- ATEX
- CE
- EAC/TR CU
- IECEx
- Inmetro
- SIL 2 (Surface Mount Electronics)
- SIL 2 (Through-Hole Electronics)
- SIL (TUV)