- Original -80 ordering identity is visible on the Atlas Copco PowerMACS label
- Panel-mounted P-N configuration is documented without an integral fieldbus option
- X1 POWER and X11 MOTOR connections separate cabinet supply and nutrunner cabling
Atlas Copco TC 52P-N 4240 0410 80 is a panel-mounted tightening controller used as the motor-control and fastening-process interface in a PowerMACS assembly station.
The TC52 P-N configuration is associated with QMX42–QMX62 nutrunners and omits the optional fieldbus variants identified by other final letters.
Before installation or replacement, confirm the -80 order label, cabinet power, protective earth, motor and feedback cables, controller address, network path and saved tightening configuration.
Availability, condition, price, and shipping time for Atlas Copco TC 52P-N 4240 0410 80 are confirmed during quotation.
Atlas Copco TC 52P-N 4240 0410 80 Tightening Controller Manuals, Product Family, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- The P designation identifies the panel-mounted PowerMACS construction
- The N designation identifies the version without an integral fieldbus option
- The TC52 controller group is documented for QMX42–QMX62 electric nutrunners
- X1 POWER carries the visible L1, L2, L3 and protective-earth connections
- X11 MOTOR is physically separated from the cabinet power terminal block
- J2, J3 and adjacent control connectors require the original cable-position record
- The front assembly carries a high-voltage warning and a 2 min discharge marking
- CAN and LED 0–2 indications provide visible controller-state information
- The exact 4240 0410 80 label must be retained during replacement selection
- PowerMACS tightening stations using QMX42–QMX62 electric nutrunners
- Panel-integrated threaded-fastener assembly cells with controlled torque and angle
- Coordinated multi-spindle assembly systems requiring synchronized tightening operations