| General |
| Torque | 5 Nm |
| Material | glass-fibre reinforced polyamide |
| Temperature range | -40 to +125 °C |
| Short-term temperature | up to 225 °C |
| Cable diameter range | 15 to 170 mm |
| Resistance | resistant to corrosion, ozone, frost, heat, oil, acids, salts, aggressive chemicals, UV radiation, nuclear radiation |
| Insert | for medium- and high-voltage cables |
| Function | short-circuit resistant mounting |
The Dutchclamp® SE Type 36-52 is a cable clamp from the SE product series, specifically developed for short-circuit-resistant securing of single-core or multi-core medium- and high-voltage cables. It ensures safe and durable anchoring of cables in industrial and power engineering installations where high mechanical loads and thermal influences occur. The clamp is part of a series of seven models designed for cable diameters from 15 mm to 170 mm, with Type 36-52 intended for a specific diameter range within this span.
Applications
The Dutchclamp® SE Type 36-52 is designed for use in installations where high mechanical forces occur during short-circuit events. This includes, for example, substations, industrial plants, power stations, and other electrical installations with high short-circuit currents. The clamp ensures stable securing that remains intact even under extreme loads. Use in environments with aggressive chemicals, oil, salts, acids, ozone, UV radiation, or nuclear radiation is possible due to the material's resistance.
Functions and Equipment in Detail
The cable clamp is made of high-quality glass-fibre-reinforced polyamide, ensuring high mechanical strength and resistance to environmental influences. The cable-contacting surfaces are free of sharp edges, enabling even pressure distribution. This prevents the cable from being excessively stressed or damaged at individual points. The clamp is designed to maintain secure fastening even under high short-circuit forces without failing.
Technology Explained Simply
The material used, glass-fibre-reinforced polyamide, offers high strength combined with flexibility and resistance to thermal and chemical influences. The clamp remains stable at temperatures from -40 °C to +125 °C, with short-term temperatures up to 225 °C being tolerated without loss of strength. Resistance to corrosion, ozone, frost, heat, oil, acids, salts, aggressive chemicals, UV radiation, and nuclear radiation makes the clamp suitable for demanding operating conditions. The design without sharp edges ensures even load distribution on the cable, extending the cable's service life.
Compatibility and Accessories
The Dutchclamp® SE Type 36-52 is intended for cables with a diameter in the range of 15 mm to 170 mm, with the exact diameter range for Type 36-52 falling within this span. The clamp is part of a series of seven models, each designed for different cable diameters. The clamp is intended for mounting on carriers or other mounting structures, with a tightening torque of 5 Nm specified for installation.
Installation and Mounting
Installation of the Dutchclamp® SE Type 36-52 is carried out by securing it to a carrier or other structural base. The specified tightening torque is 5 Nm to ensure secure and even fastening. The clamp is positioned so that the cable lies completely within it and pressure distribution is optimal. Installation is performed without sharp edges to avoid damaging the cable. The clamp is designed for use in industrial environments, with installation typically carried out by qualified personnel.
Operational Advantages
The Dutchclamp® SE Type 36-52 offers high mechanical stability and resistance to environmental influences. Even pressure distribution protects the cable from damage and extends its service life. Resistance to corrosion, chemicals, UV radiation, and extreme temperatures enables use in demanding environments. The clamp is suitable for installations with high short-circuit forces, ensuring safe and reliable fastening. Installation is simple and does not require special tools, except for a tool capable of achieving the specified tightening torque of 5 Nm.