Impedance converter
In situ validation and verification CalMaster2
Indirect acting solenoid valves Series K8B
2/2-way - Normally Closed (NC) and Normally Open (NO)
3/2-way - Normally Closed (NC) and Normally Open (NO)
Series K8B pilot operated solenoid valves represent the evolution of Series K8 which has been equipped with a flow amplifier.
Their particular design makes these valves ideal for use in applications requiring very compact solutions and high flow.
Thanks to their low power consumption and light weight Series K8B solenoid valves are particularly suitable for use with portable equipment too.
Inline ejectors Series VED
Vacuum ejectors without moving parts, based on the Venturi principle, used for direct installation on suction pads.
These ejectors are used for direct installation inline between the suction pad compressed air supply.
This substantially reduces the volume to be evacuated and allows therefore shorter cycle times.
Inline ejectors Series VEDL
Vacuum compact ejectors in technopolymer without moving parts, based on the Venturi principle, used for direct installation on suction pads.
Available in two sizes with internal nozzle of 0,5 and 0,7 mm and with suction rate from 8 to 16 l/min.
Generally, these vacuum compact ejectors are used for direct installation inline between the suction pad and compressed air supply.
This substantially reduces the volume to be evacuated and allows therefore shorter cycle times.
Inline vacuum filters Series FVD
Installation locations and accessories
If temperature probes are not installed correctly their high level of accuracy drops when measuring the temperature in pipes. As a result, the correct installation location is the first step for ensuring correct temperature measurement. Ball valves, T-pieces, adapter screw fittings, and installation accessories are used for this purpose.
Integral orifice flow element 1330L
Integrated field-oriented control drive Series DRVI
For stepper and brushless DC, Nema 23 and Nema 24 motors
The Series DRVI integrated motor drive is designed to control various types of motors, both stepper and brushless, using a closedloop control (FOC) algorithm.
This algorithm, also known as vector control (FOC), offers better performance than traditional stepper motor control systems, which allows the stepper motor to operate over the entire speed range, ensuring fast acceleration and deceleration, assuring more accurate motion control with no loss of steps.It is also more energy efficient than traditional control methods, as it uses precise rotor position feedback and controls the phase current, optimising motor operation.
Its compact design and integration with the main communication protocols make the Series DRVI the ideal solution for various industrial applications that require accurate control and fast response to load variations.