Servo Motor Controller DCL-01P

Body Material: Aluminum alloy Surface Treatment: Anodized Compatible Motor: Two-Phase Bipolar Stepper Motor

JCOPTIX stepper controllers drive linear, vertical, and rotary stages, filter wheels, shutters, and actuators with 51200 microsteps/revolution. External signals can trigger motion, or motion can output triggers to coordinate other equipment. Touchscreen DCP-201C has a 2.8-inch color display and communications/power HUB for JCOPTIX motorized optomechanics such as rotary stages, filter wheels, shutters, and actuators, particularly on-site operation and integration. Supplied mounting plates secure controllers to tables; power supplies and USB Type-C cables connect PC software. New software supports multiple controllers with independent subwindows for centralized visual management, built-in sequence control for coordinated axes without further development, and multilingual development interfaces for automation/customization. Two-phase touchscreen stepper controller. Model: DCP-201C. 2.8-inch color touchscreen, 240 × 320 pixels; communications/power HUB for interconnected controllers; two-phase bipolar motors; multilingual development support. JCOPTIX DCP-201C combines a 2.8-inch touchscreen and physical buttons for device recognition, settings, positioning, homing, and stopping without a computer. It drives linear/vertical/rotary stages, filter wheels, shutters, and actuators. With DOLP linear stages, theoretical steps reach 19.5 nm and 100 nm steps are readily achieved, measured interferometrically. DCP-201C HUB interfaces interconnect controllers; a hub centralizes power/data to simplify wiring and save space. DCP-201C includes power supply, USB Type-C cable for PC control, and quick-release table-mounting plate. New PC software manages multiple controllers through independent subwindows, with built-in sequences for coordinated axes without further development, plus multilingual interfaces for automation/customization. Two-phase stepper controller, discontinued. Model: DCP-201B. Two-phase bipolar motors; compact 83 mm × 75 mm × 58.5 mm; 51200 microsteps/turn; supplied power/control cables; multilingual development. JCOPTIX DCP-201B drives bipolar two-phase linear stages, stainless linear stages, vertical lifts, and rotary stages at 51200 microsteps/revolution. It does not support shutters, motorized irises, or actuators. With DOLP stages, theoretical minimum increments reach 19.5 nm and 100 nm increments are readily achieved interferometrically. Supplied power/USB Type-C connections support PC software, and a quick-release baseplate mounts to tables. Two buttons move stages forward/back; pressing both homes them, permitting basic movement without a PC. New PC software supports multiple controllers with independent subwindows, built-in sequence coordination without further development, and multilingual interfaces for automation/customization. Technical-section software notes. New JMoition motion-control software supports DCP-201C and multiple stage types. Multiple controllers connect simultaneously, each with its own control/status subwindow. JMotion has built-in sequence editing to configure steps and execute them continuously in order, enabling complex automated motion without further development and making multidevice operation intuitive and efficient for automated experiments and customization.

Body Material: Aluminum Alloy Housing Surface Treatment: Anodized Compatible Motor: Two-Phase Bipolar Stepper Motor

JCOPTIX stepper controllers drive linear, vertical, and rotary stages, filter wheels, shutters, and actuators with 51200 microsteps/revolution. External signals can trigger motion, or motion can output triggers to coordinate other equipment. Touchscreen DCP-201C has a 2.8-inch color display and communications/power HUB for JCOPTIX motorized optomechanics such as rotary stages, filter wheels, shutters, and actuators, particularly on-site operation and integration. Supplied mounting plates secure controllers to tables; power supplies and USB Type-C cables connect PC software. New software supports multiple controllers with independent subwindows for centralized visual management, built-in sequence control for coordinated axes without further development, and multilingual development interfaces for automation/customization. Two-phase touchscreen stepper controller. Model: DCP-201C. 2.8-inch color touchscreen, 240 × 320 pixels; communications/power HUB for interconnected controllers; two-phase bipolar motors; multilingual development support. JCOPTIX DCP-201C combines a 2.8-inch touchscreen and physical buttons for device recognition, settings, positioning, homing, and stopping without a computer. It drives linear/vertical/rotary stages, filter wheels, shutters, and actuators. With DOLP linear stages, theoretical steps reach 19.5 nm and 100 nm steps are readily achieved, measured interferometrically. DCP-201C HUB interfaces interconnect controllers; a hub centralizes power/data to simplify wiring and save space. DCP-201C includes power supply, USB Type-C cable for PC control, and quick-release table-mounting plate. New PC software manages multiple controllers through independent subwindows, with built-in sequences for coordinated axes without further development, plus multilingual interfaces for automation/customization. Two-phase stepper controller, discontinued. Model: DCP-201B. Two-phase bipolar motors; compact 83 mm × 75 mm × 58.5 mm; 51200 microsteps/turn; supplied power/control cables; multilingual development. JCOPTIX DCP-201B drives bipolar two-phase linear stages, stainless linear stages, vertical lifts, and rotary stages at 51200 microsteps/revolution. It does not support shutters, motorized irises, or actuators. With DOLP stages, theoretical minimum increments reach 19.5 nm and 100 nm increments are readily achieved interferometrically. Supplied power/USB Type-C connections support PC software, and a quick-release baseplate mounts to tables. Two buttons move stages forward/back; pressing both homes them, permitting basic movement without a PC. New PC software supports multiple controllers with independent subwindows, built-in sequence coordination without further development, and multilingual interfaces for automation/customization. Technical-section software notes. New JMoition motion-control software supports DCP-201C and multiple stage types. Multiple controllers connect simultaneously, each with its own control/status subwindow. JMotion has built-in sequence editing to configure steps and execute them continuously in order, enabling complex automated motion without further development and making multidevice operation intuitive and efficient for automated experiments and customization.

Controller Housing Material: Aluminum alloy Supply Voltage: 220VAC Operation Mode: Position and Velocity

JCOPTIX DCL single-channel servo controllers operate DOLL and DORR precision stages. A clock up to 20 MHZ enables speeds >500 mm/s even at fine resolution, according to requirements. Intelligent PID automatically handles complex conditions. Bode or Nichols analysis characterizes mechanics, while standard and advanced filters tune control and feedback. Many operations are automatic, but engineers retain full control of low-pass, notch, anti-notch, lead-lag, and other high-order filters. Built-in C-like programming runs simple motion control and calculations without a host or higher controller and stores programs in nonvolatile memory, reducing integration time and cost. A 5.0-inch full-color touchscreen simplifies operation. RS232 provides plug-and-play PC control, with standard hubs connecting multiple devices for multiaxis use. Labview, C#, C++, Python, and Matlab interfaces support development.

Number of High-Precision Motion Control Axes: ≥16, Expandable to 128 Axes Controller Hardware Architecture: CPU, Multicore Processor + SoC Communication Bus: EtherCAT, Expandable to Fiber, SPI, LVDS, etc.

Sukesi high-performance dual-master controllers, precision drives and functional modules deliver EtherCAT sampling at 10kHz, 3-loop servo sampling at 100kHz, current noise at the 2mA level and latency at the 50us level. UCS-D uses advanced control concepts, Sukesi algorithms and powerful software for rapid deployment in complex precision-control applications.