Cable Connectors for Proximity/Photoelectric Sensors

For prices and delivery Consult Us
Information required:
1) Style of connector on each end
2) Length of Cable
3) Cable Jacket material

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Enclosed Switching Power Supplies

Advance Controls, Inc. Enclosed Switching Power Supplies have high regulation and controlled output. These power supplies are widely used to power PLC.s, other computer controlled equipment, proximity switches, photoelectric switches, small DC alarms, small DC solenoids and other DC equipment.

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Fuses & Fuse Blocks

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Industrial Cam Switches

Advance Controls, Inc.'s Industrial Cam Switches are rugged, manually operated, modular, horsepower rated, UL Listed switches, with isolated positive double break cam operated silver contacts built to international standards to switch motor and other high amperage loads. The switch can be used as a motor control switch, motor reversing switch, motor lockout switch, low cost alternative to a PLC, multi-pole control function switch or power control switch. It can also be tailored to the customer's specific needs.

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Industrial Control–Pushbuttons

The Advance Controls, Inc. Pushbuttons are heavy duty industrial control devices available with a wide range of Illuminated and Non-Illuminated Operators. The buttons are fully gasketed for type 4X (IP65) protection. This is to prevent the entrance of water, oil, and dirt past the operator into the enclosure. The modular construction makes "on the job" assembly both fast and simple. The contact blocks are "stackable", allowing many combinations of control layouts.

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Inverter Bypass Saftey Switch

Inverters (Variable Frequency Drives or VFD.s) provide an economical means of regulating the speed and performance of motors. Inverters have gained a prominent place in today.s industrial and commercial arena. But as dependable as modern inverters are, they still malfunction and cease operation, often at the worst possible moment. For this reason, several methods of isolating the inverter have been developed. Until now these methods involved expensive and unreliable contactors, relays, and timers. Advance Controls, Inc.'s Patented IBYSS ® (Inverter Bypass Safety Switch) eliminates all of these unreliable methods of removing the power from the inverter drive.

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Industrial Limit Switches

Advance Controls' Industrial Limit Switches are the solution to industry requirements for a compact, reliable, accurate and interchangeable limit switch. Available with a wide assortment of operators, metal and non-metallic switch bodies, "snap" and "slow" action interchangeable contact blocks and physical sizes to fit the application, Advance Controls' Limit Switches are the perfect solution for the demands of today's industrial equipment.

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Load Break Disconnect Switches

The Advance Controls, Inc. Type XF, XA, XB and KZ Fusible and Non-Fusible Disconnect Switches are UL Listed under UL508 to disconnect the power source (single or three phase) from a control panel or any other application where the line power is required to be turned .Off.. Example: Load or motor disconnect switches, safety switches for air conditioners, pumps, compressors, main switches, distribution switches, lighting panels, etc. These switches are not for Service Entrance.

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Contactors and Starters / Industrial Control Relays MSM Series Manual Motor Starters

Contactors General . Modern IEC design for long life . Straight through wiring . Wide ambient temperature operating range . Arc chute design increases contact life . Oversize 90% silver, 10% cadmium oxide contacts . Electrical life - 1 million plus operations . Mechanical life - 10 to 20 million plus operations . Optional coil driver allows operation on DC control circuits . Complete line of accessories . World wide approvals

Overload Relays General . Ambient compensated -20° to +60° C . Differential single phasing protection for three phase operation . Adjustable bi-metallic elements - no heaters . Precise-factory calibrated and tested . 1NO and 1NC electrically isolated alarm contacts . Manual or automatic reset (field changeable) . 3 Pole Overload Relay for 3 phase applications . 2 Pole Overload Relay for 1 phase applications . UL Class 10 operation . High inertia start overloads available consult factory . "Reset" button - large and easy to operate . "Stop" button - large and easy to operate . "Trip" indicator shows status of overload

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Non–Metallic Enclosures

Water Tight · Dust Tight · Oil Tight - Rain Tight
TYPE: 4X - 4 - 12 - 12K - 13 - 3R - 1 Standard Features . Body Material: High Impact, Double Insulated Noryl Thermoplastic . Cover Material: Opaque Noryl or Clear Polycarbonate . Gasketed (Neoprene) Cover . Resistant to Shock, Corrosion, Chemicals and Atmospheric agents . Available with or without Knockouts . Cover Screws: Stainless Steel . Color: Grey . Service Temperature: - 40 to +260 F (-40 to +125 C) . Mounting Plate: 14 Gage Plated Steel . Molded Internal Pads for attaching Mounting Plate, Din Rail, etc. . Optional Mounting Brackets Available

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Photoelectric Sensors

Photoelectric Proximity Sensors (Photoelectrics) can be divided into five groups: Through-Beam, Retro-Reflective, Diffuse, Convergent and Fiber-Optic. Photoelectrics are used to detect various materials at long ranges by non-contact sensing using a beam of light. Photoelectrics detect either the presence or absence of light and use this information to change the state of the output transistor. Since Photoelectrics detect light, they must be able to .see. the target in order to operate properly.
Photoelectric Sensors are solid state devices that use an output transistor to change the output state of the sensor. They are suitable to operate control components such as relays and contactors. These sensors are not suitable to directly operate high power items such as motors. As with all solid state devices, Photoelectric Sensors have a leakage current which is used to power the sensor. This leakage current must be taken into account when connecting other devices to the sensor.

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Proximity Sensors

Inductive Proximity Sensors utilize an L/C resonant oscillator which generates a high frequency alternating electromagnetic field with the aid of a coil located in the open pot core. This field emerges from the active face of the switch. When an electrically conductive material (a steel plate for example) moves onto the electromagnetic field, an eddy current is induced. The eddy current extracts energy from the L/C resonant circuit in the sensor which produces a reduction in the oscillation amplitude. The amplitude reduction is converted by the associated electronic circuitry into a clear electronic signal, and changes the state of the sensor output. When the electrically conductive material is removed from the alternating field, the oscillation amplitude increases, and through the electronic circuitry, restores the switch to the original unswitched state.

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Relays Timer Sockets

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Safety Switches

The Advance Controls, Inc. Key Operated Safety Switches are designed to provide a positive means of turning the control power in the equipment "Off" should an access panel, door, guard, etc. be opened during operation. Unlike a simple limit or reed type switch, the Key Operated Safety Switch requires a special design stainless steel key to operate the switch. By requiring this special key, the switch cannot be easily defeated, tied down, or bypassed by using simple hand tools. Removing the special key from the switch positively switches the safety contacts. The key can be inserted into the front or top of the switch head which can be rotated in 4 - 90 degree steps, allowing entrance from any one of 8 different positions. This allows the switch to be mounted in a variety of different configurations. These features make the Key Operated Safety Switch an acceptable recognized safety switch for worldwide applications.

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Terminal Blocks

Positive Terminal Wire Clamping

All ACI K Series Terminal Blocks incorporate captive screws with self lifting terminal clamps. The terminal clamp features a wire guard to prevent the wire from being inserted below the terminal clamp. The self lifting pressure plates contain serrations to insure positive clamping of either stranded or solid wire. This design assures a tight, positive connection.

Insulated Housings

ACI K Series Terminal Block housings are molded of UL recognized self-extinguishing polyamide 6.6. The housing material has a UL recognized 94 VO rating, and has a working temperature limit from -30 to +110 degrees C.

Universal Mounting

All ACI K Series Terminal Blocks are designed to mount on standard DIN Rail. ACI Mini Terminal Blocks mount on DIN 46277/2 "HAT" type rail. All other ACI Terminal Blocks mount on DIN 46277/3 "HAT" type and DIN 46277/1 "G" type rail.

Accessories

ACI Terminal Blocks have a wide range of accessories available to meet a variety of specific application requirements.

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