The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit.? VV061 series model has an optional?power saving circuit that can be used for long-term continuous duty.?
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
The VV061 series is a direct operated 3-way solenoid valve designed for 4 and 8 station units with integrated compact manifold, valve, circuit board, base and fittings forming a single compact unit. VV061 series model has an optional power saving circuit that can be used for long-term continuous duty.
DOC1003626 A023h Calculation 5 Perform (6) for the 4th value (000Bh) and then, perform (5). 1EA0h 6 Perform (6) for the 5th value (0h) and then, perform (5). 781Eh 7 Perform (6) for the 6th value (00EAh) and then, perform (5). 8779h (CRC) 8 Addition to the sent message 0106000B00EA7987* *1 When incorporating it into the message, set it in order of low byte and high byte.
A023h Calculation 5 Perform (6) for 4th value (0040h) and then, perform (5). 29E0h 6 Perform (6) for 5th value (0h) and then, perform (5). 8828Eh 7 Perform (6) for 6th value (00EAh) and then, perform (5). 9109h (CRC) 8 Addition to the sent message 0106004000EA09911 1 When incorporating it into the message, set it in order of low byte and high byte.
A023h Calculation 5 Perform (6) for 4th value (0040h) and then, perform (5). 29E0h 6 Perform (6) for 5th value (0h) and then, perform (5). 8828Eh 7 Perform (6) for 6th value (00EAh) and then, perform (5). 9109h (CRC) 8 Addition to the sent message 0106004000EA09911 1 When incorporating it into the message, set it in order of low byte and high byte.
ED01h 6 Perform (6) for 5th value (0h) and then, perform (5). C02Ch 7 Perform (6) for 6th value (0001h) and then, perform (5). 1D00h 8 Perform (6) for 7th value (0002h) and then, perform (5).
It is possible to set the step data from 1st to 5th. When test drive is executed, the operation is tested by the step data in a number order from No.1 to 5. AX IS. Test DRV 1 1st None 2nd Press the key. AX IS.
objects in PDO Unsigned8 rw 04h 1 VAR PDO mapping for the 1st application object to be mapped Unsigned32 rw 60108h 2 VAR PDO mapping for the 2nd application object to be mapped Unsigned32 rw 60208h 3 VAR PDO mapping for the 3rd application object to be mapped Unsigned32 rw 60308h 4 VAR PDO mapping for the 4th application object to be mapped Unsigned32 rw 60408h 5 VAR PDO mapping for the 5th
VQ110-5L 4 set Valve part no. (1st to 4th stations) VVQ100-10A-2 1 set Blanking plate part no. (5th stations) Applicable solenoid valve (Plug lead type) VQ10-L VQ10-M VQ10-G 1 VQ100 Series Prefix the asterisk to the part nos. of the solenoid valve, etc.