800-933-6779

Entron Resistance Welding Controls

Single Phase Controls

Model EN1000 Microprocessor Based Single Contactor Control with the Following Features:

entron single phase controls

  • Spot Sequence
  • Pulsation Sequence
  • Up & Down Slope
  • Quench & Temper
  • Forge Delay
  • Multiple Weld/Multiple Current Sequence
  • Preheat/Post Heat
  • External Schedule Select
  • Process & Error Outputs
  • Seam Sequence
  • entron single phase controls50 Unique Schedules
  • Chained & Successive Modes
  • Repeat & Non-Repeat
  • Weld & Valve Control Relays
  • 3 Valve Outputs
  • Multiple Weld Programming
  • Multiple Job Set-Ups
  • Easily Programmed
  • Program Only the Functions Required

Single Phase Constant Current

Model EN1001 Microprocessor Based Single Contactor Control with the Following Features:

entron single phase constant current

  • Spot Sequence
  • Pulsation Sequence
  • Up & Down Slope
  • Quench & Temper
  • Forge Delay
  • Multiple Weld/Multiple Current Sequence
  • Preheat/Post Heat
  • External Schedule Select
  • Process & Error Outputs
  • entron single phase constant currentSeam Sequence
  • 50 Unique Schedules
  • Chained & Successive Modes
  • Repeat & Non-Repeat
  • Weld & Valve Control Relays
  • 3 Valve Outputs
  • Multiple Weld Programming
  • Multiple Job Set-Ups
  • Easily Programmed
  • entron single phase constant currentProgram Only the Functions Required
  • Primary and Secondary Sensing
  • Two Minute Set-Up Procedure
  • No Transformer Tursnratio Calculation Required
  • Constant Current Program Modes Percent Current Steps Secondary Current Kiloamperes Proportional to Maximum Current
  • Range: 1,000 to 50,000 Secondary Amperes
  • Current Monitor with Hi/Lo Limits

Three Phase Controls

Model EN1003 Microprocessor Based Multiple Sequence Three Phase DC Control with the Following Features:

entron three phase control

  • 3 SCR Contactors
  • Spot Sequence
  • Pulsation Sequence
  • Up & Down Slope
  • Quench & Temper
  • Forge Delay
  • Multiple Weld/Multiple Current Sequence
  • Preheat/Post Heat
  • External Schedule Select
  • Seam Sequence
  • Brazing
  • Flash Welding
  • Retraction
  • Squeeze Delay
  • Stepper

Application Flexiblity

Transformers can be connected in as Inside Delta, Outside Delta, or “Y” configuration.

  • 50 Unique Schedules
  • Chained & Successive Modes
  • Repeat & Non-Repeat
  • Weld & Valve Control Relays
  • 3 Valve Outputs
  • Multiple Weld Programming
  • Multiple Job Set-Ups
  • Easily Programmed
  • Program Only the Functions Required

Seam Welder Controls

Model EN1500 Microprocessor Based Seam Welding Control Complete with the Following Features:

entron seam welder controls

  • SEAM SEQUENCE
  • PREHEAT/POSTHEAT
  • UP & DOWN SLOPE
  • CONTINUOUS/INTERNITTENT
  • BEAT/NON-BEAT OPERATION
  • END OF SEQUENCE OUTPUT
  • HIEARCHIAL INIATION STRUCTURE
  • 50 UNIQUE SCHEDULES
  • WELD & VALVE CONTROL RELAY
  • 1 VALUE OUTPUT
  • MULTIPLE JOB SET-UPS
  • EASILY PROGRAMMED
  • PROGRAM ONLY THE FUNCTIONS REQUIRED
  • SPOT/ROLL SPOT
  • CHANGE CURRENT “ON THE FLY”
    (WHILE WELDING) WITH MANUAL CURRENT ADJUST OPTIONAL

Model EN1501 Microprocessor Based Constant Current Seam Welding Control Includes the Same Features as the EN1500 Plus the Following Additional Features:

entron seam welder controls

  • PRIMARY OR SECONDARY SENSING
  • TWO MINUTE SET-UP PROCEDURE
  • NO TRANSFORMER TURNS RATIO CALCULATION REQUIRED
  • CONSTANT CURRENT PROGRAM MODES PERCENT CURRENT
    STEPS SECONDARY CURRENT KILOAMPERES PROPORTIONAL TO MAXIMUM CURRENT
  • RANGE: 1,500 TO 50,000 SECONDARY AMPERES
  • CURRENT MONITOR WITH HI/LO MONITOR