To connect a dual-level foot switch, Level One and Level Two wires must be verified with a continuity checker and connected to specific screw terminals (e.g., screw #6 for common wires).
A: The CY-210B typically supports glove detection up to 3mm thickness. Test for optimal results.
helps maximize the equipment's lifespan and ensures optimal weld quality. This article serves as an extensive technical resource covering the technical specifications, installation steps, wiring configurations, programming guidelines, and error codes detailed across official Amada Weld Tech manuals and addendums. Core Technical Specifications
: Includes 9-step current steppers for two schedules, helping to manage electrode wear and maintain consistent heat. Technical Specifications Specification Control Method
First, I should structure the post logically. Maybe start with an introduction explaining what the CY-210B is and its applications. Then move into installation and setup steps. Next, configuration parameters like coordinate calibration and gesture settings. After that, troubleshooting common issues with solutions. Finally, maintenance tips and maybe a conclusion. weltouch cy-210b manual
operates primarily as an . It samples and adjusts the welding energy cycle-by-cycle to protect against line voltage drops and thermal fluctuations. Technical Parameter Specification / Capability Control Method
# Verify device detection lsusb | grep 25B5 (or WelTouch) # No action required. If gestures don't work: sudo apt install xserver-xorg-input-evdev sudo cp /usr/share/X11/xorg.conf.d/40-libinput.conf /etc/X11/xorg.conf.d/40-wetouch.conf
Download the CY-210B Datasheet | Visit Weltouch’s Support Page | Join Our DIY Community Forum
for the updated "E" series, which maintains many of the "B" series' core functions. amada weld tech Key Specifications Control Method To connect a dual-level foot switch, Level One
Attach the remaining to Screw Terminal #11 to authorize the high-current weld path. Toroidal Coil Alignment
According to the CY-210B User Manual Addendum , proper wiring is critical for safe operation:
The toroidal feedback loop acts as the primary sensor for constant-current adjustments. Route the secondary welding conductor through the center of the coil. Secure the coil firmly away from moving mechanical parts to prevent physical wear and phase lag. Programming and Schedule Architecture
100VAC ±10%, 50Hz/60Hz automatic selection. helps maximize the equipment's lifespan and ensures optimal
The is a specialized resistance welding controller known for its secondary constant current feedback. While a single, complete digital manual is often archived or available through manufacturer support, here are the essential operating details and technical specifications sourced from official Amada Weld Tech documentation and technical addendums. Core Specifications & Features
The CY-210B solves this with its system. A sensor (a toroidal coil) measures the welding current on the secondary side of the welding transformer hundreds of times per second. The CY-210B's control logic instantly compares this reading to your programmed target and, if there's a deviation, corrects the firing angle of the SCR (Silicon-Controlled Rectifier) in the next half-cycle. This ensures a consistent weld even if your facility's main power supply fluctuates, as shown in the performance graphs from T.J. Snow.
is an industrial secondary constant current AC resistance welding controller designed by AMADA WELD TECH (formerly Miyachi) . This secondary constant current feedback device actively examines each half-cycle of actual weld current, compensating dynamically for line voltage or circuit fluctuations. This detailed guide serves as a comprehensive overview of the device, synthesized directly from operational standards, Miyachi WelTouch Tech Bulletins , and official engineering addendums. Hardware Specifications and Capabilities WelTouch CY-210B Go to product viewer dialog for this item.
