Tecsis F9205 Twistlock Sensor

Access stock, delivery and price for Tecsis F9205 Twistlock Sensor with Tecsis. Tecsis, F9205, Tecsis F9205, , Tecsis , F9205 , Tecsis F9205 , Twistlock, Tecsis Twistlock, F9205 Twistlock
To get an offer now: info@imtekmuhendislik.com
Product number F9205
Producer Tecsis

Description: F9205 ( Tecsis )

Tecsis F9205 Twistlock Sensor



Product Name: Tecsis F9205 Twistlock Sensor
Product Brand: Tecsis
Product Code: F9205
Product Artikel: Tecsis F9205 Twistlock Sensor
Applications Container weighing directly on the spreader Determination of the load distribution in the container For Reachstacker, Straddle Carrier, Rubber Tired Gantry Crane (RTG), Ship to Shore Cranes (STS) Special features Measuring ranges 0 ... 6 t up to 0 … 25 t (others possible) Relative linearity error 2 % F nom Optimal for retrofitting with simple integration into the crane network through CANopen ® and CAN SAE J1939 technologies High overload capacity, long service life of the measuring spring, large shock and vibration resistance Exceptionally space-saving, ideal for retrofitting onto the spreader Description The twistlock sensor is used for weight measurement on spreaders as well as for weighing of containers prior to loading. For this, the non-measuring twistlocks in the spreader are replaced by measuring twistlocks. The model F9205 twistlock sensor can be installed in almost any conventional twistlock, and this then becomes a force transducer and allows a tensile force measurement and thus weight determination directly on the spreader. As against the complete TWLMS twistlock system, the model F9205 twistlock sensor is delivered without twistlock. The installation is made by the customer. The twistlock sensor is made of high-strength, corrosion-resistant 1.4542 stainless steel, whose properties are particularly suitable for the transducer's application area. As output signals, there is a choice of active current output (4 ... 20 mA) and CANopen ® and CAN SAE J1939 digital outputs.

Other Recommended Products Tecsis