CAM Operated Rotary Switches are used to perform make and break operation in a sequential way by rotating the switch to different positions.
The CAM, which closes and opens the contacts, has rotary movement in multiple positions, thereby controlling multiple circuit functions.
Further the flexibility in the switch type selection covering various current / voltage ratings and options to select the number of contacts, is an added advantage. This ensures that a right switch is chosen for the desired application. CAM Switches thus offer complete design flexibility to assemble complex switching programs, contact ratings and customize all switching applications. Cam Switches are suitable for AC as well as DC switching applications.
The basic operating mechanism of cam switch is intended to suit application coupled with ‘Quick-Make’, ‘Quick-Make-Quick-Break’ and ‘Spring Return’ operating mechanisms.
The CAM switches offers versatile mounting options in addition to standard panel / flush mounting and other special features like single hole, door interlocking, padlock, lock and key for various needs. The wide option such as type of knob, front plate colour and customized marking on the marking plate eliminates the need of separate label on the panel.
Superior quality of engineering material and ‘double butt’ contacts with silver bimetal on copper / brass provide stable electrical performance. The high-grade engineering plastics with high tracking index like nylon, silicon and glass filled polyamide for the components ensures greater mechanical strength.
Advanced manufacturing processes for CAM switch components under stringent quality conditions ensure durability, reliability and enhanced life.
Load Break Switches comply with the latest specifications for modern low voltage devices.
Outstanding electrical characteristics of LB Switches with compact design, contribute to space saving and operational convenience.
The construction and design of the switch make it compact, safe and highly reliable. The switch uses polyamide glass filled material, having excellent track resistance (CTI) for insulation to prevent flashover between phases in the most severe conditions.
The special contact design and configuration makes the switch highly reliable to withstand high short circuit currents.
Isolator, Motor Start and Stop, Manual Motor controller as Motor Disconnect, Main Switch, Emergency ON-OFF. Control Switch, Changeover Switch
Rotary Load Break Switches are used in a wide variety of applications. They are used to transfer power between two or more loads in a controlled and efficient manner. Load break switches are also known as AC breakers. Loads to be separated include such as motors, generators, motors, lights, heaters, fans, electronic equipment, electrical devices, pumps, compressors, motors, machinery, and fans. Load break switches can be used in three ways, as an isolation breaker, as a load-independent device, and as a load-boundary device. A rotary load break switch is a device that is used to remove energy from the motion of two or more moving loads, and transfer that energy to a separate load. The energy that is transferred is used to power appliances or to operate other operations within the household. This energy is commonly called 'reverse energy', because the motion of the objects to be moved is reversed, thereby increasing its efficiency and decreasing energy loss. Loads that are not connected to each other through some method can be isolated through a rotary load breaker. In order to connect two or more loads, the breakers are used as an isolation breaker. A rotary load break switch can be used as a control unit in a number of different applications. It is typically used in a generator to automatically turn off the machine, and start it again if there is an overload. This is a very effective way to save energy and protect against fire and other explosions. Another application of the switch is in the electric meter testing of switches that make a device function without electricity. There are many uses for these devices and the best place to learn more about them is on the internet.
