SOLO RoboBraze Automated Induction Brazing System

RoboBraze is a compact induction heating and brazing unit that can integrate with robotic arms, in automated production lines, or for in-place brazing.
The RoboBraze unit has special induction heating terminals to mount various custom heating coils.
It can interface with PLCs or industrial robots via analog and digital signals or via a serial interface.

solo-robobraze-automated-induction-brazing-system

FEATURES

  • Precise power control from 0 to 100% of rated power
  • Output regulation: Power, Current
  • Parameters Monitored: Current, DC Volts, Output Volts, Output Power, Frequency, Temperature
  • Industrial control panel – 5” LCD touch, full color
  • Advanced and intuitive user interface
  • Multiple heating programs and profiles for automatic process control
  • 0-10V or 4-20mA external control and remote Start/Stop operation
  • USB connectivity for firmware upgrades
  • Automatic frequency scanning and load tuning
  • Fast dynamic response and ramp-up time for short heating cycles
  • Variable ratio transformer for matching to a wide range of loads and coils
  • Built-in temperature control and monitoring features
  • Data logging of process and operating parameters
  • RS485 (MODBUS) serial interface for remote control and monitoring

SOLO RoboBraze Models

12 kW 16 kW 24 kW
Induction System Specs SOLO12 SOLO16 SOLO24
AC Line Volts (50/60Hz) 230-380 VAC ±10% 380 – 480 VAC ±10% 380-480 VAC ±10%
Line Phases 3 3 3
Heat Station Model HS-24B HS-24B HS-24B
HS Part Number 1ACC-540-100-02 1ACC-540-100-02 1ACC-540-100-02
Cooling requirements water water water

Robo-Braze 4, Automation unit

Part Number 1ACC-754-461
Weight lb. (kg) 11 (5) with 6 ft. flex leads
Cooling requirements
water system quoted upon request
water (external)
Min Cooling Water GpM (LpM) 0.79 (3)
Inlet Water  T° (max) 95°F (35°C)
  • Improved safety through flameless heating
  • Increased productivity
  • Automated brazing capabilities
  • Durable gripper assembly with low maintenance requirements
  • Power on demand with rapid heat cycles

PICTURES

application evaluation