Canroon frequency drives and induction heating

Select Canroon CV drives and CR induction heating equipment for your motor, industrial process and installation requirements. Define the equipment, accessories and delivery scope.

CR2100 industrial induction heaters

Industrial induction heating for heat treatment, brazing and automated workstations. Describe the workpiece, required cycle and installation arrangement before choosing the equipment configuration.

  • PID temperature control
  • Portable, cabinet and integrated configurations
  • External control and RS-485 communication
  • Enquiry: workpiece, cycle and complete model

CR2000 welding preheating and PWHT

A series for welding preheating, post-weld heat treatment and related heating operations. For pipework and large fabrications, provide the heated area dimensions and the process specification.

  • Air-cooled power source
  • Welding preheating and PWHT
  • Closed-loop temperature control
  • Inductor selected for the workpiece geometry

CR1300 power supplies for plastic machinery

Induction power supplies for plastic processing equipment, including extrusion barrels and injection moulding heating zones. Describe the existing heating arrangement and the intended integration.

  • IGBT full-bridge topology
  • Phase-shift PWM control
  • Automatic frequency tracking
  • Specify barrel geometry and heating zones

CR1000 digital induction power supplies

Power sources for induction equipment builders and integrators. Applications include melting, forging, casting and continuous industrial heating; define the complete installation separately.

  • Digital power source control
  • Integration into industrial equipment
  • Multiple heating control modes
  • Enquiry: process and complete system scope

Compact CV800 and CV800D drives

Frequency drives for small and medium motor control tasks. CV800 provides PID and multi-speed functions; CV800D emphasises compact installation. Identify either family by its complete configuration code.

  • CV800: vectorised V/F control
  • CV800: integrated PID functions
  • CV800D: DIN rail or screw mounting
  • Modbus communication in the official range

CV900N high performance industrial drives

A high performance frequency drive with vector control. For machine tools, pumps and other loads, relate the motor data to the duty cycle and the required speed and torque control.

  • Vector motor control
  • Industrial drive applications
  • Selection based on speed and torque needs
  • Specify supply, motor current and load

CV900G general purpose vector drives

A vector frequency inverter for different industrial loads. The manufacturer describes V/F and vector control modes; replacement enquiries should include settings, interfaces and the machine operating conditions.

  • V/F and vector control modes
  • Pumps, fans and production line applications
  • Specify wiring and control signals
  • Use the complete drive designation

Specialised CV900S and CV900A drives

CV900S serves solar pumping systems; CV900A drives permanent magnet synchronous motors. Establish the application and the motor type before specifying the equipment.

  • CV900S: solar pumping drive
  • CV900S: MPPT functions
  • CV900A: three-phase PMSM applications
  • Describe supply arrangement and motor type

Identify the series and configuration

Copy the complete Canroon designation from the nameplate, including every letter, number and configuration suffix. Add a clear nameplate photograph and an overall view of the installed unit. A short family name identifies the range but leaves important configuration details unspecified.

Identify the machine containing the drive or heating power source. An item number from the equipment specification and its reference on the wiring diagram are useful. Keep each photograph associated with its enquiry line when several similar units are installed on the same production site.

Specify a variable frequency drive

For a CV drive, provide the supply voltage and number of phases, motor nameplate information, rated current and power. Identify the driven mechanism: pump, fan, conveyor, spindle or another machine. Together, these details describe the electrical load and the purpose of the drive.

Explain the operating duty, speed range, starting conditions, braking requirements and required torque. A new machine enquiry should include its technical specification. For replacement work, give the installed drive code and identify any additional devices connected to the motor control system.

Describe cabinet space, mounting dimensions and operating environment. A compact CV800D enquiry should address supply, mounting and terminal access together. Motor power alone does not describe the complete installation; retain the motor data and application requirements in the same equipment brief.

Control signals and drive settings

State how the installation provides speed commands and start signals: operator panel, digital inputs, analogue signals or controller communication. Attach the wiring diagram. Where Modbus is used, explain the drive role in the system and provide the available communication specification.

For a replacement, retain the existing parameter list or the maintenance team’s normal configuration backup where available. Identify motor settings, control mode and protective inputs. These records describe the behaviour expected from the replacement configuration in the existing machine.

For an operator panel or communication device, provide its own code, revision and connector photographs. Keep the associated drive model in the same enquiry. Separate the frequency drive, panel and external devices in the proposed delivery scope so each component has a clear purpose.

Define an induction heating process

For a CR power source, begin with the workpiece material, dimensions and the area to be heated. Include wall thickness, pipe diameter or the relevant blank geometry. Describe the target heating cycle and production rate using the process requirements established by your technical team.

Name the operation: welding preheating, PWHT, brazing, heat treatment, barrel heating or melting. Each requires a different installation description.

A welded joint enquiry benefits from heating zone dimensions and temperature measurement locations; a barrel project needs its heating zone arrangement.

Attach drawings, workstation photographs and the process specification. For an automated line, explain workpiece handling and interaction with the control system.

When replacing an existing source, add its complete Canroon designation and a list of the connected components that form the heating installation.

Inductors, connections and cooling

Describe the power source and inductor as connected parts of the heating system. For an inductor enquiry, show its shape, dimensions, connection length and mounting arrangement. Include the material and geometry of the processed workpiece to connect the accessory with its actual process.

Photograph connectors at the power source and heating tool and copy their available markings. If cooling equipment forms part of the installation, provide its arrangement and device information.

An overall installation photograph helps explain the distance and layout between the source and workstation.

Welding, PWHT and plastic processing

For CR2000, describe the welded joint, heated area and approved process programme. Include temperature measurement locations and any required recording arrangements. The enterprise process requirements should remain linked to the project specification rather than to a general heating series name.

For a CR1300 extrusion or injection moulding project, provide barrel dimensions, existing heating zones and their control arrangement. Add sensor information, installation space and integration requirements.

The equipment brief should explain how the proposed power source connects with the particular machine.

For CR1000, define the process and delivery boundary: power source, working assembly, control equipment or a specified system package. Equipment builders can attach a system diagram. For CR2100, describe the required configuration and access to the workpiece at the heating station.

Solar pumping and PMSM applications

For CV900S, describe the pump, required duty and solar supply arrangement. Provide motor data, the existing electrical diagram and photovoltaic system information.

Identify additional functions required to control the pumping installation and distinguish the drive from the other parts of the solar system.

For CV900A, identify the permanent magnet synchronous motor and provide its documented ratings. Explain speed, torque and the mechanism duty. The complete installed drive designation is particularly useful when a replacement is requested for an existing motor control system.

Boards, panels and replacement components

Component enquiries may concern a board, operator panel, fan, connector or another identified part of installed Canroon equipment. Start with the component code, revision and parent equipment model.

This defines the requested item without treating a general component list as a factory spare parts catalogue.

For a board, provide markings on both sides and connector photographs. For a fan, show the nameplate, mounting and connection. An operator panel enquiry should identify its interface. Where a component is enclosed, use maintenance documentation and the assembly reference on the equipment diagram.

State whether the request concerns one part, several components or a complete unit. If a previously quoted item is relevant, provide its code and description with the new enquiry. Housing appearance alone leaves revision, connection and configuration details to be established separately.

Documents for replacement and integration

A replacement enquiry benefits from the configuration manual, wiring diagram and equipment specification. Identify the document language and the product designation on its cover.

Series names help locate the product range; ordering details should remain associated with a specific unit and its configuration.

For a new project, prepare a brief covering the process, supply, load, interfaces, installation limits and equipment scope. Add workpiece material and geometry for induction heating. For a drive, include motor data, command signals and the operating conditions of the mechanism.

Prepare an equipment list

Use one line per item with description, complete code, parent equipment model, quantity and application. Number photographs to match the list. For repeated units, state whether the configuration and revision are identical. The same format works for one machine or several production areas.

List required accessories and receiving documents separately. Add the delivery destination and a contact for technical questions. If some details are still unavailable, submit the existing codes and photographs; the remaining questions can then be attached to specific items in the list.

Availability, price, lead time, documentation and compatibility are confirmed for each enquiry. This page does not establish official dealer or certified service status, or identical specifications across all series configurations.

Related drive manufacturers

Documents and sources

Industrial equipment

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