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Home > Products > Drives & Motion Control > Captain XL Series General-purpose AC Frequency Converter Inverter Drive for Packaging Machinery

Captain XL Series General-purpose AC Frequency Converter Inverter Drive for Packaging Machinery

Product Details

Place of Origin: Japan

Model Number: Captain XL

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: USD80-350

Delivery Time: 3-5Workday

Payment Terms: T/T,Western Union,L/C,D/A,D/P,MoneyGram

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Highlight:

Captain XL AC frequency converter

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packaging machinery inverter drive

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general-purpose frequency inverter converter

Type:
Frequency Converter Inverter
IP Level:
IP20
Rated Power:
0.2KW-7.5KW
Pakage:
Original Pakage
Quality Guarantee:
Original Manufacturer's Warranty
Shipping Term:
International Express(DHL/FEDEX/TNT/UPS/ARAMEX)/sea Freight / Air Freight / International Special Line
Type:
Frequency Converter Inverter
IP Level:
IP20
Rated Power:
0.2KW-7.5KW
Pakage:
Original Pakage
Quality Guarantee:
Original Manufacturer's Warranty
Shipping Term:
International Express(DHL/FEDEX/TNT/UPS/ARAMEX)/sea Freight / Air Freight / International Special Line
Captain XL Series General-purpose AC Frequency Converter Inverter Drive for Packaging Machinery
Captain XL Series General-purpose AC Frequency Converter
The Captain XL series low-voltage frequency converter was developed in response to market demands. It features a brand-new vector control algorithm, outstanding performance, ease of use, and reliable quality. At the same time, it is compatible with both asynchronous motors and permanent magnet synchronous motors, meeting the motor control requirements for various scenarios.
Features & Key Highlights
  • Simplicity, reliability and intuitive operability
  • Superior control performance
  • Excellent adaptability
  • Compact design enabled by thermal simulation and size miniaturization optimization
Technical Specifications
Specification Item Details
Power Supply Type Single-phase / Three-phase AC
Operating Temperature -10 to +40°C; Derated use between 40 to 50°C, rated output current decreases by 1% per 1°C increase
Altitude 0 to 2000m; Derated by 1% per 100m between 1000m to 2000m
Vibration 3.5mm (2~9Hz); 10 m/s² (9~200Hz); 15 m/s² (200~500Hz)
Mechanical Shock Tested in accordance with IEC 60068-2-29
Storage Temperature -40 to 70°C (-40°F to +158°F)
Electromagnetic Immunity Complies with EN 61800-3 and EN 61000-6-2
Electrical Safety IEC 61800-5-1
Protection Class IP20
Humidity 5~95% non-condensing
Three-proof Coating 3C2
Acceleration/Deceleration Time 0.01 ~ 3600.0 seconds
Starting Frequency 0.00 ~ 60.00 Hz
Maximum Output Frequency 599 Hz
Operating Voltage 200V, 400V, 690V
Power Range 0.2KW - 7.5KW
Product Models
XL140007G00, XL140007GB0, XL140015G00, XL140015GB0, XL1S0004G00, XL1S0004GB0, XL1S0007G00, XL1S0007GB0, XL240022G00, XL240022GB0, XL240040G00, XL240040GB0, XL2S0015G00, XL2S0015GB0, XL2S0022G00, XL2S0022GB0, XL340055G00, XL340055GB0, XL340075G00, XL340075GB0, X-RAIL
Application Areas
Cement Industry
Cement mixing machines, rotary kiln drive systems, raw material conveying belt conveyors, cement grinding mill speed control
Rubber & Plastic Industry
Injection molding machines, extruders, blow molding equipment, calendering machines (adapts to high-temperature production environments and precise speed regulation needs)
Cranes
Bridge cranes, gantry cranes, jib cranes (supports low-frequency high-torque output for smooth lifting/lowering and precise positioning)
Test Benches
Motor performance test benches, load test systems (ensures high control accuracy and stable data acquisition during testing)
Printing & Packaging Industry
Flexographic printing machines, laminating machines, carton sealing machines, labeling equipment (achieves synchronous speed control of multi-station processes)
Steel Mills
Steel rolling line conveyors, fan/pump energy-saving transformation, continuous casting machine drive systems (resists harsh environments with dust and voltage fluctuations)
Punching Machines
Mechanical punch drives, hydraulic punch pressure control systems (supports fast start/stop response and stable load output)
Stage Lighting Systems
Lighting dimming control cabinets, stage lifting equipment drives (ensures smooth speed regulation and low-noise operation)
Commercial HVAC Systems
Central air conditioning compressors, fresh air handling unit fans, water pump frequency conversion control (optimizes energy efficiency and adapts to variable load requirements)
Stackers
Automated guided vehicle (AGV) stackers, warehouse stacking equipment (fits compact installation space with small-size design, supports precise movement control)
Mining Industry
Mine ventilation fans, ore conveying pumps, hoist drive systems (withstands harsh mining environments and ensures continuous stable operation)
Industrial Robots
Robot joint drives, robotic arm motion control systems (provides high-precision speed/torque control and fast dynamic response)
Paper-making Industry
Paper machine wire section drives, calender speed regulation, pulp mixing pump control (adapts to long-term continuous operation and multi-device synchronization needs)
Frequently Asked Questions
When the Captain XL drives high-inertia loads (such as cranes and steel rolling line equipment), how to avoid overcurrent or load slipping during start/stop?
First, enable the inverter's "high-inertia load adaptation mode", appropriately extend acceleration/deceleration time, and increase torque compensation parameters to ensure the torque output during startup can offset load inertia. For vertical loads like cranes, match with a braking unit and braking resistor to quickly consume regenerative energy. Additionally, activate the "load slipping protection" function—through precise zero-speed brake control, it prevents load sliding during shutdown, fully adapting to the stable operation needs of high-inertia scenarios.
In harsh environments with heavy dust and high temperatures (such as cement and mining industries), can the Captain XL's protective design withstand long-term use? What components require key daily maintenance?
The Captain XL itself has an IP20 or higher protection rating (subject to specific models), with core circuits adopting a sealed design to effectively block dust intrusion. In high-temperature environments, its thermal simulation-based heat dissipation structure ensures stable operation. However, daily maintenance should focus on cleaning dust accumulation on cooling fans and heat sinks to avoid reducing heat dissipation efficiency. Meanwhile, regularly check the tightness of terminal blocks to prevent poor contact caused by dust—no complex maintenance is needed to adapt to harsh working conditions.
When using the Captain XL to control industrial robot joints or multi-station synchronization of printing machines, how to ensure high-precision speed synchronization and position control?
Prioritize the pulse command control mode, combined with high-precision encoder feedback to ensure accurate transmission of speed commands. Secondly, enable the inverter's "master-slave synchronization control" function, realizing command coordination of multiple devices via buses (such as Modbus and Profibus) with a synchronization error controllable within ±0.1%. For the dynamic response needs of robot joints, optimize current loop gain parameters to improve torque response speed, fully meeting the requirements of high-precision synchronization control scenarios.
Does the Captain XL support seamless communication with upper-level devices such as PLCs and touchscreens? What are the commonly used communication protocols, and what should be noted during configuration?
It supports mainstream industrial communication protocols including Modbus RTU, Profibus-DP, and EtherNet/IP, enabling direct seamless connection with PLCs and touchscreens. During configuration, ensure consistent communication baud rate, address, and data format across all devices. In industrial sites, use shielded twisted-pair cables and keep communication lines at least 30cm away from power lines to reduce electromagnetic interference. For long-distance communication, add repeaters and enable the inverter's communication error retry function to enhance link stability.
When retrofitting old punch presses or fans for energy saving, do the Captain XL's parameter settings need to adapt to the mechanical characteristics of the original equipment? How to operate specifically?
It is necessary to adapt to the mechanical characteristics of the original equipment; otherwise, it will affect operational stability or energy-saving effects. During operation, first accurately input basic motor parameters such as rated voltage, power, and pole number, then use the "automatic identification" function to let the inverter read the actual motor characteristics. For intermittent loads of punch presses, enable "load adaptive control" to optimize the matching between torque output and load. For square torque loads of fans, activate the "fan-specific energy-saving curve"—no major modifications to the original mechanical structure are required to achieve efficient energy-saving retrofitting.