KANA ELECTROMECHS

KANA ELECTROMECHS

Kana Conveyor Safety Switches and Devices

Kana  Level Switches

Kana  Non Contact Switches

Kana  Power Supply Unit

Kana  Pulse Jet Bag Filter Timer / Sequential Timers

Kana  Signal Converters / Transmitters / Isolators

Kana  Temperature Scanners / Digital Indicators & Controllers

 

Application Specific Products

Conveyor Safety Switches and Devices

  • KANA 2-WIRE SIGNAL CONVERTERS

Function :

To convert low level input signal such as Thermocouple, RTD, Potentiometric Signal, mA signal, micro Amp signal, AC Voltage, AC Current and V DC signal into galvanically isolated mA signal, linearly proportional to the input. Two Wire Transmitter relies on Loop Power from the receiving device, usually 24V DC, to operate the Transmitter interface & send the signal back to the receiving device.

This Converter carries both the signal from the Transmitter and the power to the Transmitter on a single pair of wires. Hence it is called as 2 Wire Converter.

Various Types of 2-Wire Signal Converters depending upon Input Signal :

  1. V DC to mA converter
  2. mV DC to mA converter
  3. mA DC to mA converter
  4. micro Amp DC to mA converter
  5. AC current (Through C. T. up to 5A) to mA Converter
  6. R (Resistance)/ Potentiometer to mA Converter (Position Transmitter)
  7. AC voltage (up to 415 V AC) to mA converter
  8. RTD Transmitter with lead length compensation
  9. Thermocouple Transmitter with Ambient Temperature Compensation
 
  • KANA 4-WIRE SIGNAL CONVERTERS

Function :

To convert input signal into galvanically & optically isolated signal linearly proportional to the input. 4-Wire Transmitter has two wires for Power Supply & the other two for 4-20 mA output. The output signal is generally 4-20 mA. DC Voltage OR frequency output is available optionally.

Various Types of 4-Wire Signal Converters depending upon Input Signal :

  1. V DC to mA converter
  2. mV DC to mA converter
  3. mA DC to mA converter
  4. micro Amp DC to mA converter
  5. AC current to mA converter
  6. V AC to mA converter
  7. Speed / Pulse Transmitter
  8. Line Frequency to mA converter
  9. R (Resistance)/Potentiometer to mA converter
  10. RTD Transmitter with Lead Length Compensation
  11. Load Cell Signal Transmitter with Tare adjustment facility
  12. Thermocouple Transmitter with Ambient Temperature Compensation
  13. Customer specific converters like signal adder, signal multiplier etc.


NOTE: Multiple outputs (Dual, Triple, 4 channel) available on specific request.
Units suitable for accepting multiple inputs available optionally.

 
 
  • Kana Anemometer

Function:

To measure wind speed based on the pulse input received from the Cup Generator and to give output in the form of changeover of relay contacts when wind speed goes above the set speed.

Description:

  1. Anemometer is designed in two-parts, viz. Cup Generator and Monitor Unit. Cup generator Shaft rotates with the wind speed. This rotational speed is converted into frequency signal in the Cup Generator. This frequency is fed to the Monitor Unit as an input and based on the input frequency, Monitor Unit displays the wind speed in Km/Hr. It also gives relay contact output, when wind speed exceeds the set point.
  2. This Anemometer is fixed type, non-portable, suitable for Safe Area (Non Hazardous). It is suitable for Mobile Cranes, Stacker / Reclaimers and other Heavy Equipments which move on rail.
 
  • KANA APPLICATION SPECIFIC SEQUENTIAL TIMER

Function:

Application Specific Sequential timer is designed to control the cleaning cycle of On-Line Bag Filters with 10 adjustable ON time, 10 adjustable OFF time along with separate relay output for each channel. 

 
  • KANA BELT LOAD MONITOR

Function :

This belt loading monitor plays an important roll of ensuring the belt is running with the load

 
  • KANA BELT LOAD MONITOR WITH ELECTRONIC SPEED SWITCH

Function :

This belt loading monitor plays an important roll of ensuring the belt is running with the load and water is sprayed when the conveyor is running in loaded condition of the Belt. Electronic Speed Switch is designed to evaluate the speed of a rotating object based on the speed information picked up by the non-contact type Inductive Proximity Switch. Output switches ON or OFF depending upon the process speed as compared to the set trip speed. Startup / Initial Bypass Delay (IBPD) facility is provided to bypass the under speed condition during startup. This allows safe time for the equipment to reach normal speed.

 
  • KANA BELT LOAD MONITOR WITH ELECTRONIC SPEED SWITCH

Function :

This belt loading monitor plays an important roll of ensuring the belt is running with the load and water is sprayed when the conveyor is running in loaded condition of the Belt. Electronic Speed Switch is designed to evaluate the speed of a rotating object based on the speed information picked up by the non-contact type Inductive Proximity Switch. Output switches ON or OFF depending upon the process speed as compared to the set trip speed. Startup / Initial Bypass Delay (IBPD) facility is provided to bypass the under speed condition during startup. This allows safe time for the equipment to reach normal speed.

 
  • KANA BELT SWAY SWITCHES

Function :

These Switches are designed for Man and Machine Safety, to avoid accidents, and for stopping the Machine in case of Emergency. In Belt Conveyors, belt swaying occurs due to uneven loading, misalignment of the idlers & due to worn surfaces. Belt Sway Switches are useful to restrict belt sway within  the tolerable limits. Belt Sway Switch is mounted on both sides of belt conveyors preferably every 15 to 20 meters.

 

  • Kana Belt Tear Switch

Function

Belt Tear Switch (BTS 202) is used for detecting the torn Belt and provide potential free contacts for the necessary control action. The control action may be in the form of Alarm OR tripping of the Belt Drive.

 

  • KANA BLOCK TYPE PROXIMITY SITCH

Function :

These switches do not require any physical contact for their operation. They are capable of enabling or disabling an electronic circuit when any metallic object is brought close to their sensing face

 

  • KANA BOOT LEVEL SWITCH

Function:

Boot level switch is used to sense the boot level in the bucket elevators, sensing/clogging of material in screw conveyor and various other applications.
The pressure of the material on membrane/diaphragm operates a micro switch inside the unit & the contact of switch is used for control action.

 

  • KANA CHUTE JAM SWITCH

Function :

To sense the material jamming in a compact chute in feeding hoppers

Construction :

The RF level switch is working on the COAT GUARD TECHNOLOGIES incorporating DRIVEN SHIELD AND PISTON CAPACITOR circuits, providing a very low impedance coat guard terminal to power a driven shield on the sensing element. This prevents the conductive and non-conductive coating from causing false signal. This makes the system different than the conventional RF Capacitance level switch. The major difference is of COAT GUARD design which is exactly at the same voltage and phase at all the time. This prevents the material build-up causing a false alarm, which otherwise will cause a false alarm in conventional capacitance level measuring system

 

  • KANA CURRENT INDICATING TRANSMITTER (AMMETER)

Function :

These are designed for the purpose of Digital Indication and Transmission of the current drawn by the small motors in Feeders.

 

  • KANA CURRENT MONITORS (SHOCK RELAY)

Function :
Current Monitors are used to detect conditions of Overload , Underload, and other faults in an electrical system.

 

  • KANA DIFFERENTIAL TO HTL CONVERTER

Function

To convert TTL or HTL Pulse output from Single ended or Differential ended type Encoders into HTL format. When 24 VDC (18-30 VDC) Control Supply is connected, then 24VDC supply for HTL Encoders and 5VDC supply for TTL Encoders is provided through the unit. Galvanically & optically isolated Dual channel HTL outputs are provided to connect 2 different control units.

 

  • KANA E-POT TRANSMITTER

Function:

The incremental encoder is a rotary sensor based on magnetic technology. Low profile configuration and high accuracy make it very useful in applications which need axial access: actuators, electromechanical devices.

 

  • KANA ELECTRONIC EAR

Function:

Electronic Ear is useful for Control & Regulation of Ball Mills, using the grinding frequency signal for optimizing the Mill Output. It consists of an acoustic signal receiver (Microphone Unit / Sound Sensor) and specially constructed indicating & interpreting electronic circuit (Control Unit). Depending on the height of the material bed, the grinding media inside the Ball Mill causes a characteristic noise.

In case of high material bed (max. filling level), there is hollow grinding sound (low volume & low grinding frequency), whereas for low material bed (min. filling level), there is high pitched sound (high volume & high grinding frequency). This characteristic of grinding frequency is used to develop an output signal representing mill filling level, which can be used for regulation of the mill feed and / or for digital

indication of the mill filling level.
 

Construction:
The Electronic Ear comprises of two parts viz. Microphone Unit (Sound Sensor) & Control Unit. The Microphone Unit comprises of a sturdy adjustable Bracket which permits radial and axial movement of the sound sensor, to suit the mounting requirement. Terminals are provided at the back, for termination of the signal cable. The Microphone Unit is to be connected to the Control Unit through a high quality single core shielded cable & it is to be mounted as near as possible to the jacket of the mill. Mounting stand is to be fabricated at site.

Electronıc Ear : EE 101-AS-R

 

  • KANA ELECTRONIC HOOTER

Function :

Audible warning alarms are used in many industries for starting or stopping or indicating the movement of heavy machines. This can also be used as fault indicating alarm to alert the operators & other personnel in case of fault.

 

  • KANA ELECTRONIC POSITIONER

Function :

Electronic Positioner is used for controlling the mechanical position of Valve or Damper . The incoming Control Signal is in the form of 4-20 mA & Feed Back signal is either 4-20 mA from Potentiometer to Current Convertor or Potentiometer (ohm). Depending upon these two signals the Positioner runs the Actuator motor in Forward or Reverse Direction.

While operating the relay the Positioner also takes into account the Present Position, Dead Band, Feed Back Signal etc.

 

  • KANA ENCAPSULATED RmA CONVERTER

Function :

To convert resistance input into galvanically isolated mA signal, linearly proportional to the input. Two Wire Transmitter relies on Loop Power from the receiving device, usually 24V DC, to operate the Transmitter interface & send the signal back to the receiving device. This Converter carries both the signal from the Transmitter and the power to the Transmitter on a single pair of wires. Hence it is called as 2 Wire Converter

 

  • KANA HEAVY DUTY LIMIT SWITCHES

Function :

These Switches are designed for Man and Machine Safety, to avoid accidents, and for stopping the Machine in case of Emergency.

Heavy Duty Limit Switches find their application in sensing the over travel or movement of the machine.

 

  • KANA HIGH AMBIENT TEMPERATURE PROXIMITY SWITCHES

Function:

These switches do not require any physical contact for their operation. They are capable of enabling or disabling an electronic circuit when any metallic object is brought close to their sensing face. They offer a wide range of operating distances and modes of operation.

Types:

1. HT Type: Upto 90°C

2. HTPS Type: Upto 120°C.(Replay temp. 150 to 120°C)

Construction:

1. HT Type:

It consists of only sensor probe which can be mounted in high temperature zone upto 90°C.

2. HTPS Type:

It consists of Sensor Probe and Controller. The Sensor Probe can be located in high temperature zone upto 120°C. The controller contains Electronic Circuitry and it is to be located away from the hot zone where ambient temperature is upto 60°C

 

  • KANA INTEGRAL TYPE SPEED SWITCH

Function:
Electronic Speed Switch is designed to evaluate the speed of a rotating object based on the speed information picked up by the non-contact type Inductive Proximity Switch. Output switches ON or OFF depending upon the process speed as compared to the set trip speed. Startup / Initial Bypass Delay (IBPD) facility is provided to bypass the under speed condition during startup. This allows safe time for the equipment to reach normal speed.

 

  • KANA LOOP POWERED ISOLATOR

Function :

Loop Powered Isolator is an ideal solution for all problems of isolating an existing 4 – 20 mA signal loop for use with additional instrument. It accepts 4 – 20 mA input & provides a 4 – 20 mA output which is galvanically isolated from the input loop, with a transfer ratio of 1:1.

 

  • KANA MA/Amp SIGNAL CONVERTER WITH INDICATION

Function:
 To convert low level input signal, mA signal into galvanically isolated mA signal, linearly proportional to the input.

 

  • KANA MATERIAL PRESENCE SENSING SWITCH

Function :

Material presence sensing switch senses the presence of the material on conveyor belt by using Peddle & Flap. When the flap is in front of the sensor probe, material is Absent & when the flap is away from the sensor probe, material is Present.

 

  • KANA MICROCONTROLLER BASED TEMPERATURE SCANNER 

Function :
Microcontroller based Temperature Scanner is designed for fast and accurate measurement and control of the Process Temperature. The Scanner monitors & displays the Process Temperature as well as does ON / OFF Control according to the Programmed Set Point.

 

  • KANA MICROCONTROLLER BASED TEMPERATURE SCANNER (PANEL MOUNTED)

Function :
Microcontroller based Temperature Scanner is designed for fast and accurate measurement and control of the Process Temperature. The Scanner monitors & displays the Process Temperature as well as does ON / OFF Control according to the Programmed Set Point.

 

  • KANA MICROCONTROLLER ELECTRONIC SPEED SWITCH

Function :

Electronic Speed Switch is designed to evaluate the speed of a rotating object based on the speed information picked up by the non-contact type Inductive Proximity Switch. Output switches ON or OFF depending upon the process speed as compared to the set trip speed. Startup / Initial Bypass Delay (IBPD) facility is provided to bypass the under speed condition during startup. This allows safe time for the equipment to reach normal speed.

 

  • KANA MULTIRANGE ELECTRONIC SPEED SWITCH

Function :

Electronic Speed Switch is designed to evaluate the speed of a rotating object based on the speed information picked up by the non-contact type Inductive Proximity Switch. Output switches ON or OFF depending upon the process speed as compared to the set trip speed. Startup / Initial Bypass Delay (IBPD) facility is provided to bypass the under speed condition during startup. This allows safe time for the equipment to reach normal speed.

 

  • KANA Power Supply Unit

Function :

Power Supply Units are specially developed for powering 2-wire transmitters, which require a stable 24 Vdc supply for their operation.

 

  • KANA POWER TRANSDUCERS

Function :

Power Transducers are designed for the purpose of monitoring the Active or Reactive or Apparent power drawn by Single Phase or Three Phase AC electrical loads. The power is electronically computed from the input signals from C.T. & P.T. in the electrical circuit and 4-20 mA or Vdc output (proportional to power drawn by the load) is provided.

 

  • KANA PROXIMITY SWITCH

Function:

These switches do not require any physical contact for their operation. They are capable of enabling or disabling an electronic circuit when any metallic object is brought close to their sensing face. They offer a wide range of operating distances and modes of operation.

Various Types of Inductive Proximity Switches:

  1. AC Proximity Switches
  2. Three Wire DC Proximity Switches
  3. Series Load Two Wire DC Proximity Switches
  4. Intrinsically Safe, NAMUR Type Proximity Switches
  5. Block Type Proximity Switches

 

  • KANA PULL CORD SWITCHES

Function :

These Switches are designed for Man and Machine Safety, to avoid accidents, and for stopping the Machine in case of Emergency.

Pull Cord Switches are useful for emergency stopping of conveyors from any point by pulling the rope connected to the switch. Pull Cord Switch is mounted on both sides of belt conveyors preferably every 15 to 20 meters.

 

  • KANA PULSE STRETCHING UNIT

Function :

To stretch the input pulse received from AC Proximity Switch, which will be useful for further Processing. In fast operating systems / machines, the sensing target comes in sensing zone of Proximity Switch for very short duration. Control system like PLC is unable to recognize such a short duration pulse. With the help of Pulse Stretching Unit, Short duration Pulse can be extended from mSec to seconds, which makes further processing possible

 

  • KANA SHOCK RELAY

Function :
Current Monitors are used to detect conditions of Overload , Underload, and other faults in an electrical system.

 

  • KANA SHOCK RELAY

Function :
Current Monitors are used to detect conditions of Overload , Underload, and other faults in an electrical system. 

 

  • KANA SMPS 10A

Switched-mode power supplies (SMPS)  results in a stable, regulated DC supply that can deliver power more efficiently for a given size, weight and cost. 

 

  • KANA SMPS 2A

Switched-mode power supplies (SMPS)  results in a stable, regulated DC supply that can deliver power more efficiently for a given size, weight and cost.

 

  • KANA SMPS 5A

Switched-mode power supplies (SMPS)  results in a stable, regulated DC supply that can deliver power more efficiently for a given size, weight and cost.

 

  • KANA SOLENOID CURRENT SENSING RELAY

Function:

This unit is designed to sense the open circuit and over current drawing of the solenoid during its Energization time (typically within 20mSec. to 200mSec.) and to give latchable relay output when input solenoid current exceeds the set value.

 

  • KANA TEMPERATURE SWITCH

Function:

Temperature Switch is designed to give switching relay contact output once the input temperature exceeds the set point. This Switch accepts temperature inputs from two different RTDs located at two locations. When temperature of any of the RTDs or both RTDs exceeds the set point, the internal relay energizes. The contacts of this relay are brought on the terminal strip for interfacing with the external circuitry. As temperature goes below the set point by approximately 5% of the set value, the relay de-energizes automatically.

 

  • KANA TILT SWITCH (SENSOMAT SWITCH)

Description

Function

It consists of two parts viz. Controller Unit & Sensor. Controller accepts AC or DC Control Supply. It powers the Sensor, provides ON/OFF Delays and Relay Contacts are available as output.

2) Sensor (without Controller) suitable for PLC Duty :

It consists of only Sensor, which is to be operated through PLC using series load. Since this is without controller, ON Delay / OFF Delay are not available . These delays are to be provided through PLC. Operation is either AC or DC

 

  • KANA TRIP INDICATION SYSTEM

Function :

Pull Cord and belt Sway switches are installed along the length of conveyor to provide safety. Checking of the actuated switch for rectifying and putting the system back into operation takes long time, resulting in production loss. By installing Trip Indication System it becomes easier to identify the actuated Pull Cord & Belt Sway switch location & helps in quick corrective action, thereby reducing the equipment down time.

Indication Unit consists of:

  1. Display Units & Master Module.
  2. Power Supply for Field Module.
  3. Field Sensor Module.


Principle of Operation:
Field Sensor Module is connected to the Master Module by means of 2.5 sq.mm. 2 core cable, regardless of number of switches.

Display unit is located in the control room and Field Sensors or Modules per Pull Cord / Belt Sway switch is fitted in the switch housing. When any switch actuates corresponding indicator will display operated switch number.

If more than one switch is actuated simultaneously then corresponding switch numbers are displayed cyclically on the display unit.

 

  • KANA UNIVERSAL CALIBRATOR

Function :

Universal Calibrator is used for the calibration of many types of Process Control Instruments which accept mV, mA & RTD Input. This can be used as better tool for fault finding & confirmation of instrument / sensor reliability, hence extremely useful for Commissioning Activity, Quality Assurance, Routine Maintenance & Trouble Shooting.

 

  • KANA VIBRATING FORK 

Level Switches

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      T: +90 212 235 95 35 / 36
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