MINITRAC 31
Radiometric sensor for density measurement
Point detector
Application area
The point detector determines the density of liquids and bulk solids from the outside without contact. The sensor is used on vessels of any geometry and on pipelines.
The Minitrac 31 is a radiation-based sensor for non-contact density measurement of liquids and bulk solids. The Minitrac 31 determines the density in a non-contact fashion. It is mounted external to the pipeline or vessel walls. Through its compact design it is ideal for mounting in hard to access positions and in locations with space restrictions.
Your benefit
- Simple retrofitting during production processes
- Exact measuring results independent of process conditions
- High plant availability through non-contact measurement
MINITRAC 31
Radiometric sensor for density measurement
Point detector
Application area
The point detector determines the density of liquids and bulk solids from the outside without contact. The sensor is used on vessels of any geometry and on pipelines.
The Minitrac 31 is a radiation-based sensor for non-contact density measurement of liquids and bulk solids. The Minitrac 31 determines the density in a non-contact fashion. It is mounted external to the pipeline or vessel walls. Through its compact design it is ideal for mounting in hard to access positions and in locations with space restrictions.
Your benefit
- Simple retrofitting during production processes
- Exact measuring results independent of process conditions
- High plant availability through non-contact measurement
MINITRAC 31
Radiometric sensor for density measurement
Point detector
Application area
The point detector determines the density of liquids and bulk solids from the outside without contact. The sensor is used on vessels of any geometry and on pipelines.
The Minitrac 31 is a radiation-based sensor for non-contact density measurement of liquids and bulk solids. The Minitrac 31 determines the density in a non-contact fashion. It is mounted external to the pipeline or vessel walls. Through its compact design it is ideal for mounting in hard to access positions and in locations with space restrictions.
Your benefit
- Simple retrofitting during production processes
- Exact measuring results independent of process conditions
- High plant availability through non-contact measurement
Mitsubishi Electric FR-HAL-H45K
Mitsubishi Electric FR-HEL-H45K
Motion transmission devices Series CO
Mod. COE: elastomer coupling with clamps
Mod. COS: elastomer coupling with expansion shaft
Mod. COT: self-centering locking-set
The motion transmission devices are necessary for a proper connection of electromechanical axes and cylinders with motors or gearboxes.
Mod. COE couplings are composed of two hubs with a high concentricity clamp and an elastomeric element.
Mod. COS couplings are composed of one hub with a high concentricity clamp, a hub with expansion shaft and an elastomeric element.
The torque transmission is performed without angular play or vibrations. Both couplings are without angular play thanks to the pretensioning of the elastomer between the two semi-couplings.
Mod. COT locking-sets are composed by an internal and an external conical ring connected with eachother by means of several screws. Through the tightening of the screws, an axial force is generated that enables the torque transmission from the shaft to the hub.
Motors for electric actuation Series MTS
Stepper motors with Nema 17, 23, 24, 34 fixing flange
The new Camozzi motors Series MTS have been designed to be connected in an easy and practical way to the new product range within electrical actuation, being able to drive both electromechanical cylinders and axes.
The new Series MTS electrical Stepper motors are available in the sizes Nema 17, 23, 24 and Nema 34.
Each motor version comes with its own driving version that is interfaceable with the QSet configuration software, especially developed by Camozzi in order to simplify the setting up of the electric actuator.