Sick - FTS-H060F04A FLOW SENSOR, T-EASIC FTS, CALORIMETRIC MEASUREMENT PROCESS, RANGE 3CM/S TO 150CM/S WATER, TO 300CM/S OIL, IO-LINK, 9-30VDC, IP67/IP69

The T-Easic FTS-H060F04A with its durable and hardwearing stainless-steel construction is two sensory devices in one, measuring both the flow of a liquid within a fluid pipe and also its relative temperature using the calorimetric principle.  Optimised for hygienic installations and built to withstand harsh industrial process washdowns and sterilisation activities found in the food and pharmaceutical industries. Suitable for use in oil and water, with built-in factory settings for easy commissioning and is compatible with a whole range of liquids, easily calibrated via teach-in. The T-Easic FTS-H060F04A comes with a built-in IO link interface designed to allow for quick and easy adjustment of its configuration settings via an IO-Link Master.

Ensuring a pump doesn’t run dry is vital in many industrial and commercial processes. The T-Easic FTS-H060F04A, complete with 60 mm probe, has been designed to help your process control system get the information it needs to help prevent that possibility. Failure to stop a dry running pump could result in process down-time, damaged machinery and components, expensive replacement pumps and could end up costing you a considerable amount of time and money.

*A process adaptor is required to install the T-Easic FTS into your production process.

Specifications:

• Stainless-steel construction with 60 mm probe
• Flow monitoring and temperature measurement all in one device
• Easy commissioning and optimised for oil and water with teach-in for other fluids
• Temperature range -40 to 100 °C
• Maximum flow velocity = 150 cm/s, for water
• Output signals -2 x push-pull digital outputs for flow and temperature
• IP67-69 protection rating
• IO-Link 1.1 connectivity with cloning and integration functions (M12-4 pin)
• Low maintenance with no moving probe parts
• Easy to install using a mounting adapter

Suitable Applications:

• Pump protection and monitoring
• Flow monitoring and temperature measurement of coolants/oils in machine tools
• Monitoring the flow of cleaning agents in industrial washing machines
• Oil flow monitoring in hydraulic systems
• Performance measurement in lubrication systems
• Flow detection in clean in place systems