Micro Switches

 Description:
Micro Switches are used in various machines and equipments in machine building, textile industries as well as electronic instruments.
They serve as travel limit, limit protection or as an interlocking element. They are also used in automatic control, resistance, transform mechanism operating or procedure controlling machine tools and machines.
MICRO SWITCH Z series standard subminiature snap-action switches are designed for applications that require sensing the presence or absence of an object.




Specifications:
Operating Frequency: 0.01mm-1m/sec
Rated Voltage/Current: 15/600VAC(UL file 240199)
Service Life: Mechanically 1×107 (operations)
Electrically 5×105 (operations)
Operating Temperature: about -25~+80 (-4~+176)
Humidity: <95%RH
Degree of protection: IP00/IP63
Delectric Strength: 1000VAC for 1 min between current carrying parts
2500VAC for 1 min between non-current carrying parts

Product Information:
 MICRO SWITCH, ROLLER LEVER SPDT 15A 250V
 Contact Configuration:                                    SPDT
 Microswitch Type:                                      Standard
 Microswitch Actuator:                           Hinge Roller Lever
 Operating Force Max:                                     1.57N
 Contact Voltage AC Nom:                                           250V
 Contact Voltage DC Nom:                                           250V
 Series:                                                                Z

Features:

• Small size and light weight switches lend themselves to numerous potential applications
• Choice of low energy or power-duty electrical ratings allow the switch to be specified in more types of applications
• Broad range of amp ratings (from 0.1 A to 10.1 A)
• Watertight IP67 sealing available on some listings allows the switch to be used where sealing and presence/absence detection is required UL/CSA, cUL, ENEC, and CE approvals

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Fan Jali

We are supplying a wide assemblage of Fan Jali, which is extensively used by our clients at residences and offices across the nation.  This product is made very carefully manufactured by the professionals at our production unit using modern machinery and equipment. This product is highly resistant to rust, lightweight and has high durability standards.

Features:

• Unique design
• Great look
• Durable

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SMPS / Drivers

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Emergency Push Button

Emergency Push Button

An emergency stop button is a button that is used only when the functions of a machine need to be halted immediately. These buttons can be pressed when anything regarding the machine's functions or the operator's surroundings pose a threat to production or safety. They put an end to a machine's current functions, so other machines related to the stopped one might also have to modified when the button is pressed.

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Cylinder Fuse

A cylinder fuse is a type of electrical fuse. Like other types of fuses, it is a safety device used to protect electrical devices from excessive current.

As its name suggests, a cylinder fuse is shaped like a cylinder. It has a thin wire or metal alloy strip in the middle, and two metal caps, one on each end, which are used as contacts when it is inserted (in series) into an electrical circuit. The thin wire is designed to melt at a specific temperature which is reached when the circuit is carrying more than the intended amount of electric current. When the wire melts, the circuit is broken and no electricity flows.

Cylinder fuses are used in many types of electrical and electronic devices. Not only do they protect the equipment from danger, but they also prevent dangerous fires caused by overheating of circuits. Once a cylinder fuse has been overheated and the wire has been melted, it no longer functions. After the cause of the excessive current has been remedied, a new fuse must be installed to restore the current through the circuit.

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Bottle Fuse

Bottle Fuse
In electronics and electrical engineering, a fuse  is a type of low resistance resistor that acts as a sacrificial device to provide overcurrent protection, of either the load or source circuit. Its essential component is a metal wire or strip that melts when too much current flows, which interrupts the circuit in which it is connected. Short circuit, overloading, mismatched loads or device failure are the prime reasons for excessive current.

Bottle fuse cartridges have a bottle-shaped ceramic body with metal end caps and are fitted in screw-in fuse holders. They are available in five different body sizes, with ratings from 2 A up to 200 A (see table). The designation of a size consists of the letter D and a Roman numeral. Higher-voltage types rated up to 750 V have increased clearance distances and are longer than lower-voltage-rated fuses.

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Float Switch

 Float Switch is a control device for automatic On/Off pumps, motor and magnetic valves. It is also an alarm device at certain pre-determined surface levels or  the level of liquid within a tank.  The switch may be used in a pump, an indicator, an alarm, or other devices. It is suitable for use in non-flammable liquids at 250 volts.
We offer Float Switches in 2 meter & 3 meter size.

 First image shows Float Switches is On
Second image shows Float Switch is Off
 Float switches range from small to large and may be as simple as a mercury switch inside a hinged float or as complex as a series of optical or conductance sensors producing discrete outputs as the liquid reaches many different levels within the tank. Perhaps the most common type of float switch is simply a float raising a rod that actuates a microswitch.

A very common application is in sump pumps and condensate pumps where the switch detects the rising level of liquid in the sump or tank and energizes an electrical pump which then pumps liquid out until the level of the liquid has been substantially reduced, at which point the pump is switched off again. Float switches are often adjustable and can include substantial hysteresis. That is, the switch's "turn on" point may be much higher than the "shut off" point. This minimizes the on-off cycling of the associated pump.

Some float switches contain a two-stage switch. As liquid rises to the trigger point of the first stage, the associated pump is activated. If the liquid continues to rise (perhaps because the pump has failed or its discharge is blocked), the second stage will be triggered. This stage may switch off the source of the liquid being pumped, trigger an alarm, or both.

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