Controller Mounting: D (DIN Rail Mouting), Cable Length: 1 (1 m), Inlet Port Silencer: (None 75 dB), Digital Pressure Switch: P (ISE20A-Y-01-J-X603), Exhaust Check Valve: K (AKH06-00, for 6mm tubing), Exhaust Solenoid Valve: V (V124-5LU-M5)
Controller Mounting: DIN Rail Mouting, Cable Length: 1 m, Inlet Port Silencer: AN10-01, 62 dB, Digital Pressure Switch: ISE20A-Y-01-J-X603, Exhaust Check Valve: AKH06-00, for 6mm tubing, Exhaust Solenoid Valve: V124-5LU-M5
Direct Operated Pilot Operated 2-Port Solenoid Valve Refer to pages 7, 9, 11, 25, 35, and 39 for details. Substitute the measurement results in formula (8) to calculate Kv.
Substitute the measurement results in formula (8) to calculate Kv.
In withstand voltage testing at product shipment from the factory, a high AC voltage of 1.5 kV (varies depending on the model) is applied between the electric circuit conductor and the chassis (grounded). Then it is checked that there is no flow of leakage current above the reference value.
[Foundation bolt set] [Bypass piping set (Rc, R thread)] 302 IDU 305 500 IDF AB IDF BP BP Applicable air dryer Applicable air dryer Applicable air dryer Symbol Applicable air dryer Symbol Applicable air dryer Thread type 300 IDF1E Symbol Applicable air dryer 305 IDU3E 306 IDU4E 307 IDU6E 320 IDU8E, IDU11E 322 IDU15E1 336 IDU22E 337 IDU37E 338 IDU55E, IDU75E 500 IDF4E to 75E IDU3E to 15E1
PLUG,NPT 1/8,SOC HD W/SEALANT, CONNECTORS, KV FITTING, D.O.T., BP, KV 1/8, .00506 lb
Dimensions Position of locked-up port (A) Lock at forward (B) Lock at backward (A) Rc BT lock-up port (B) Rc BP lock-up port Unlocked when pressurized Unlocked when pressurized BA BA BX BY X + Stroke X BY BP BX BA Bore size (mm) 180 200 250 300 3/4 461 180 142 18.5 3/4 472 191 149 18.5 577.5 235 184 23 1 652.5 280 220 23 1 For dimensions according to mounting style, refer to Series CS1.
= 24 x 106 Cv (11) Here, Kv factor : Value of the clean water flow rate represented by m3/h which runs through a valve at 5 to 40C, when the pressure differential is 1 bar.
= 24 x 106 Cv (11) Here, Kv factor : Value of the clean water flow rate (represented by m3/h) which runs through a valve at 5 to 40C when the pressure difference is 1 bar.
(Including bracket, screw) CA2 Auto switch mounting screw M2.5 x 10 l (D-E7A/E8A) M2.5 x 12 l (D-M5/M5W/M5T) Applicable bore size (mm) 6 BP-1 10 BP-1 15 BP-1 CS1 Cylinder series CDJP-D 1. Insert the auto switch mounting nut into the auto switch mounting groove and then set the switch at the mounting position by sliding. 2.
(Including bracket, screw) DAuto switch mounting screw M2.5 x 10 l (D-E7A/E8A) M2.5 x 12 l (D-M5/M5W/M5T) Applicable bore size (mm) 6 BP-1 10 BP-1 15 BP-1 -X Cylinder series CDJP-D 1. Insert the auto switch mounting nut into the auto switch mounting groove and then set the switch at the mounting position by sliding. 2.
(Including bracket, screw) -X Auto switch mounting screw M2.5 x 10 l (D-E7A/E8A) M2.5 x 12 l (D-M5/M5W/M5T) Applicable bore size (mm) 6 BP-1 10 BP-1 15 BP-1 20Cylinder series CDJP-D 1. Insert the auto switch mounting nut into the auto switch mounting groove and then set the switch at the mounting position by sliding. 2.
(Including bracket, screw) -X Auto switch mounting screw M2.5 x 10 l (D-E7A/E8A) M2.5 x 12 l (D-M5/M5W/M5T) Applicable bore size (mm) 6 BP-1 10 BP-1 15 BP-1 20Cylinder series CDJP-D 1. Insert the auto switch mounting nut into the auto switch mounting groove and then set the switch at the mounting position by sliding. 2.
(Including bracket, screw) -X Auto switch mounting screw M2.5 x 10 l (D-E7A/E8A) M2.5 x 12 l (D-M5/M5W/M5T) Applicable bore size (mm) 6 BP-1 10 BP-1 15 BP-1 20Cylinder series CDJP-D 1. Insert the auto switch mounting nut into the auto switch mounting groove and then set the switch at the mounting position by sliding. 2.
= 24 x 106Cv (11) Here, Kv factor: Value of the clean water flow rate represented by m3/h which runs through a valve at 5 to 40C, when the pressure difference is 1 bar.
= 24 x 106Cv (11) Here, Kv factor: Value of the clean water flow rate represented by the m3/h which runs through the valve at 5 to 40C, when the pressure difference is 1 bar.
= 24 x 106Cv (11) Here, Kv factor: Value of the clean water flow rate represented by the m3/h which runs through the valve at 5 to 40C, when the pressure difference is 1 bar.
= 24 x 106 Cv (11) Here, Kv factor : Value of the clean water flow rate represented by m3/h which runs through a valve at 5 to 40C, when the pressure difference is 1 bar.
= 24 x 106Cv (11) Here, Kv factor: Value of the clean water flow rate represented by the m3/h which runs through the valve at 5 to 40C, when the pressure difference is 1 bar.