Robotic tool changer QC-18

automaticelectrically-actuated

Product overview
QC-18 electric tool changers provide fully automated end-effector exchange with secure locking, utility pass-through and high positional repeatability. Designed for high-cycle industrial robotic applications and harsh environments, the unit improves uptime and flexibility in automated production lines.

Key features

• Electrically actuated tool changer — suitable where compressed air is not available.
• 12-pin M16 motor control and power connector providing latch/unlatch commands and Locked/Unlocked signals.
• Time to lock/unlock: 1 second.
• No-Touch locking technology allows up to 1.0 mm plate separation when locking.
• Patented fail-safe locking mechanism with low piston force.
• Supports multiple mounting patterns using interface plates.
• All locking components manufactured from Rc58 stainless steel.
• Three flats available for mounting electrical modules.
• Operating voltage: 21–30 VDC; low power consumption.

Specifications
Maximum locking distance: 1.0 mm
Positional repeatability: 0.0152 mm
Suggested payload limit: 18 kg
X/Y static moment capacity: 56.5 Nm
Z static moment capacity: 78 Nm
Master side weight: 1.41 kg
Tool side weight: 0.417 kg
Weight when coupled: 1.82 kg
Actuation type: Electric
Robot wrist type: Standard
Color: Black

Technical specifications

• Model number: QC-18
• Actuation: Electric
• Operating voltage: 21–30 VDC
• Maximum locking distance: 1.0 mm (No-Touch locking)
• Positional repeatability: 0.0152 mm
• Suggested payload limit: 18 kg
• X/Y static moment capacity: 56.5 Nm
• Z static moment capacity: 78 Nm
• Master side weight: 1.41 kg
• Tool side weight: 0.417 kg
• Weight when coupled: 1.82 kg
• Material: All locking parts Rc58 stainless steel
• Connector: 12-pin M16 motor control and power connector (latch/unlatch commands; Locked/Unlocked signals)
• Mounting: Supports multiple mounting patterns with interface plates
• Additional: (3) flats for electrical modules; patented fail-safe locking mechanism; low power consumption