+7 (812) 645-08-06
Fuses
select brand
Miniature fuse
The Miniature Fuse consists of various sizes of electronic fuses and subminiature fuses. The typical cylindircal structures...
Miniature fuse
The Miniature Fuse consists of various sizes of electronic fuses and subminiature fuses. The typical cylindircal structures have a dimension of 5 x 20 mm and 6.3 x 32 mm. The subminiature fuses are often used when there are limited supplies of board space. They are available in both through-hole and surface mount design. The surface mount fuses are available in different package sizes such as 1608, 3216 and 6125. The radial-leaded and through-hole axial products allows PCB mounting of fuses.
Printed circuit fuse
The Bussmann SMD Tron are specially designed in compliance with EIA-PD-100 and DWG SOPM-7243. The body is composed of a high temperature material making it suitable of surviving a 60 second exposure at up to 215°...
Printed circuit fuse
The Bussmann SMD Tron are specially designed in compliance with EIA-PD-100 and DWG SOPM-7243. The body is composed of a high temperature material making it suitable of surviving a 60 second exposure at up to 215°...
Resettable fuse / printed circuit
The Omega Composants Polytron Positive Temperature Coefficient (PTC) permits plastic substance to be utilized for resettable current overflow safety units so that they display a huge non - linear Positive Temperature Coefficient ( PTC) reaction when warmed....
Resettable fuse / printed circuit
The Omega Composants Polytron Positive Temperature Coefficient (PTC) permits plastic substance to be utilized for resettable current overflow safety units so that they display a huge non - linear Positive Temperature Coefficient ( PTC) reaction when warmed.
PTC is a feature that most of the substances display as resistance improves with temperature. Due to the significance of its resistance improvement the Polytron conducive plastic material is one of its kind. The increment in the resistance is so much during a particular transition temperature taht it is usually shown on a log scale.
The Omega Composants Polytron units are manufactured out of conductive plastic composed into slim sheets, with electrodes fixed on both sides. The conductive plastic is made from a non - conductive crystalline polymer and an extremely conductive carbon black. The electrodes guarantee even circulation of power within the device and offers a platform for leads to be fixed or for customized mounting.
PTC is a feature that most of the substances display as resistance improves with temperature. Due to the significance of its resistance improvement the Polytron conducive plastic material is one of its kind. The increment in the resistance is so much during a particular transition temperature taht it is usually shown on a log scale.
The Omega Composants Polytron units are manufactured out of conductive plastic composed into slim sheets, with electrodes fixed on both sides. The conductive plastic is made from a non - conductive crystalline polymer and an extremely conductive carbon black. The electrodes guarantee even circulation of power within the device and offers a platform for leads to be fixed or for customized mounting.
Plug-in fuse / automobile
The Omega Composants fuses main part is the "element" which is a small part of metallic wire or strap that is manufactured out of a comparitively low and forecasted...
Plug-in fuse / automobile
The Omega Composants fuses main part is the "element" which is a small part of metallic wire or strap that is manufactured out of a comparitively low and forecasted metling point.
The fuses are current conscious units and opted to be the most uncertain link in the circuit. The fuse circuit safety is obtained when the fuse link melts and smoothly interrupts the over current demand. The crucial benchmark to critic the productivity of a fuse is the time taken against the current characteristic curve. The curve could be utilized to suit the fuse with the assumed over current load that may occur in the application.
The fuses are current conscious units and opted to be the most uncertain link in the circuit. The fuse circuit safety is obtained when the fuse link melts and smoothly interrupts the over current demand. The crucial benchmark to critic the productivity of a fuse is the time taken against the current characteristic curve. The curve could be utilized to suit the fuse with the assumed over current load that may occur in the application.
Thermal fuse
The rated functioning temperature (TF) with thermal cutoff has an upper limit temperature at the rate of 0.25 to 1°C per minute and a detection...
Thermal fuse
The rated functioning temperature (TF) with thermal cutoff has an upper limit temperature at the rate of 0.25 to 1°C per minute and a detection...
Thermal fuse - 3 000 V | ZH 437 K-H
The ZH437 K-H series are tripping devices that integrated with auxiliary switches. The series provides effective thermal cutout protection from overheating machine such as electric air heaters. The air heaters...
Thermal fuse - 3 000 V | ZH 437 K-H
The ZH437 K-H series are tripping devices that integrated with auxiliary switches. The series provides effective thermal cutout protection from overheating machine such as electric air heaters. The air heaters are commonly used in rail vehicles and stationary heating systems.
The tripping devices of the series are required for fire protections, and can be operated independently without the heater controls. Before installation, they must be fitted with fusable links that meet the number of trip temperatures require in your application.
The series must be wired into the heater load circuits. Overheating of the system happens when the air flow is not enough or heater control malfunctions. Once the required temperature of the fusable link is exceeded, the devices will shorten the heater load circuit.
The tripping devices of the series are required for fire protections, and can be operated independently without the heater controls. Before installation, they must be fitted with fusable links that meet the number of trip temperatures require in your application.
The series must be wired into the heater load circuits. Overheating of the system happens when the air flow is not enough or heater control malfunctions. Once the required temperature of the fusable link is exceeded, the devices will shorten the heater load circuit.
Thermal fuse - 1 500 V | ZH 037 K
The ZH037 K series is a tripping device intended to provide a fail-safe thermal output protection to prevent overheating specifically in electric air heaters used in rail vehicles and other...
Thermal fuse - 1 500 V | ZH 037 K
The ZH037 K series is a tripping device intended to provide a fail-safe thermal output protection to prevent overheating specifically in electric air heaters used in rail vehicles and other heating systems. The ZH037 K series is an ideal device for fire safety and operate without the aid of heater control purposes. It has to be coiled unto the heater load circuit for it to release energy. The device must also be fitted with a fusible link which are available with certain number of temperatures for the user to acquire the single fusible link to meet the exact requirements of the application. This is also one of the reasons why fusible links are not included unto any deliveries of the product or in any over-temperature protection and tripping device.