“Three no-noes” torque wrenches: designed to prevent under-tightening, over-tightening, and missed tightening. * The QSPCAFH has been upgraded to the QSPCAFHM.
Prevents under-tightening, over-tightening, and other human tightening errors.
A torque wrench that prevents 3 problems: under-tightening, over-tightening, and other human tightening errors.
QSPCAMS and QSPCALS are rotary slip-type torque wrenches with wired limit switch. When set toque is reached, rotary slip occurs with simultaneous output of a contact signal from the limit switch.
QSPCAMS and QSPCALS have a highly durable curly cord.
A limit switch can be connected to a CNA-4mk3 count checker (sold separately) to easily create a tightening count management system.
Signals from the limit switch are captured on a programmable logic controller (PLC) or similar device to establish a Tightening Assurance System using assembly line interlock controls.
With the QSPCAFHP and QSPCAFH, when set torque is reached, rotary slip occurs and a tightened-to-completion radio signal is transmitted. The system is cordless, greatly increasing workability.
QSPCAFHP and QSPCAFH torque wrenches can be used with the R-FH256 receiver (which is sold separately). With a connection to the I/O-FH256 multi-box (sold separately), a single receiver can recognize the IDs of up to four torque wrenches. Connect the I/O-FH256 and the CNA-4mk3 Count Checker to easily establish a Pokayoke (error-proofing) system.
The QSPCAMS / QSPCALS / QSPCAFHP / QSPCAFH conform to the IEC 61340-5-1:2007 Standard (protection of electronic devices from electrostatic phenomena).
The QSPCAFHP conforms to telecommunication standards in Japan, the U.S., Canada, the EU, China, Thailand, Malaysia, Indonesia, Taiwan, Mexico, Vietnam, and South Korea. The QSPCAFH conforms to telecommunication standards in Japan, the U.S., Canada, the EU, China, Malaysia, Indonesia, India, Thailand, South Africa, South Korea, Russia, Taiwan, Mexico, Vietnam, and Singapore. (Information valid as of September 2019.) For other countries and regions, please contact Tohnichi.
“Three no-noes” torque wrenches: designed to prevent under-tightening, over-tightening, and missed tightening. * The QSPCAFH has been upgraded to the QSPCAFHM.
Prevents under-tightening, over-tightening, and other human tightening errors.
A torque wrench that prevents 3 problems: under-tightening, over-tightening, and other human tightening errors.
QSPCAMS and QSPCALS are rotary slip-type torque wrenches with wired limit switch. When set toque is reached, rotary slip occurs with simultaneous output of a contact signal from the limit switch.
QSPCAMS and QSPCALS have a highly durable curly cord.
A limit switch can be connected to a CNA-4mk3 count checker (sold separately) to easily create a tightening count management system.
Signals from the limit switch are captured on a programmable logic controller (PLC) or similar device to establish a Tightening Assurance System using assembly line interlock controls.
With the QSPCAFHP and QSPCAFH, when set torque is reached, rotary slip occurs and a tightened-to-completion radio signal is transmitted. The system is cordless, greatly increasing workability.
QSPCAFHP and QSPCAFH torque wrenches can be used with the R-FH256 receiver (which is sold separately). With a connection to the I/O-FH256 multi-box (sold separately), a single receiver can recognize the IDs of up to four torque wrenches. Connect the I/O-FH256 and the CNA-4mk3 Count Checker to easily establish a Pokayoke (error-proofing) system.
The QSPCAMS / QSPCALS / QSPCAFHP / QSPCAFH conform to the IEC 61340-5-1:2007 Standard (protection of electronic devices from electrostatic phenomena).
The QSPCAFHP conforms to telecommunication standards in Japan, the U.S., Canada, the EU, China, Thailand, Malaysia, Indonesia, Taiwan, Mexico, Vietnam, and South Korea. The QSPCAFH conforms to telecommunication standards in Japan, the U.S., Canada, the EU, China, Malaysia, Indonesia, India, Thailand, South Africa, South Korea, Russia, Taiwan, Mexico, Vietnam, and Singapore. (Information valid as of September 2019.) For other countries and regions, please contact Tohnichi.
