LFE-OMZ0013 Definition and Terminology 11 Mounting and Installation 13 Installation 13 Wiring 14 Setting the Detected Flow Rate 17 Function Setting 19 Default Setting 19 F 0 Selection of sensor 21 F 1 Setting of OUT1 22 F 2 Setting of OUT2 30 F 3 Response Time 36 F10 Sub screen display 37 F20 External input 41 F22 Analogue Output in free range 42 F30 Accumulated flow value hold 44 F80 Power saving mode 45
Connection thread Proper tightening torque (Nm) Port name Rc, NPT, G 1/4 1214 AIR SUP, AIR EXH Rc, NPT, G 1/2 22.5 FLUID IN, FLUID OUT Rc, NPT, G 3/4 45 6 4. Air Supply Warning 1. Use clean air. Do not use compressed air that includes chemicals, synthetic oils containing organic solvents, salinities or corrosive gases, etc., as it can cause damage or malfunction. 2.
Connection thread Proper tightening torque (Nm) Port name Rc, NPT, G 1/4 1214 AIR SUP (P1, P2) Rc, NPT, G 1/2 22.5 FLUID IN, FLUID OUT Rc, NPT, G 3/4 45 6 4. Air Supply Warning 1. Use clean air. Do not use compressed air that includes chemicals, synthetic oils containing organic solvents, salinities or corrosive gases, etc., as it can cause damage or malfunction. 2.
It is determined to be 45%. 2. Next, in the required specification example, the viscosity is 100 mPas and the discharge rate is 2.7 L/min. Since this is equivalent to 45% of the discharge rate for fresh water, 2.7 L/min 0.45 = 6 L/min, indicating that a discharge rate of 6 L/min is required for fresh water. 3.
It is determined to be 45%. 2. Next, in the required specification example, the viscosity is 100 mPas and the discharge rate is 2.7 L/min. Since this is equivalent to 45% of the discharge rate for fresh water, 2.7 L/min 0.45 = 6 L/min, indicating that a discharge rate of 6 L/min is required for fresh water. 3.
(O-ring part number: See page 658.) q Loosen the mounting nut with a tool to remove. w Remove the indicator lamp cover. e Turn 45 to 90 (idle turn) clockwise with a tool (to avoid O-ring adhesion). r Pull out the valve straight. How to Attach the Valve Apply vaseline. Apply vaseline (commercially available) on the O-ring surface, and insert straight.
45 HRS090 Series 4.5 Message configuration 4-9 HRX-OM-T004 Chapter 4 MODBUS communication function 4.6 Function codes Table 4.6-1 shows function codes to read or write register.
45 HRSH Series 4.5 Message configuration 4-9 HRX-OM-R028 Chapter 4 MODBUS communication function 4.6 Function codes Table 4.6-1 shows function codes to read or write register.
25 20 0 10 20 30 40 50 60 70 80 Timemin. 65 Recirculating fluid temperature Cooling water 35 60 55 50 Cooling water 25 45 Cooling water 10 40 Ambient temperature25 Recirculating fluidGALDEN HT200 Recirculating fluid level180 (At recirculating fluid temp. 25) Cooling water flow rate3L/min Shut out from outside with a lid (styrofoam) 35 R 30 25 20 0 10 20 30 40 50 60 70 80 Timemin.
Vibration resistance allows for normal operation of up to 30m/s2 (45 to 250Hz). Be advised that continuous vibration may cause a decline in durability. Arrange piping to avoid excessive vibration or impacts. 5 XL-OMS0001-B High temperature type (temperature specification / H0 H4 H5) 1.
Vibration resistance allows for normal operation of up to 30m/s2 (45 to 250Hz). Be advised that continuous vibration may cause a decline in durability. Arrange piping to avoid excessive vibration or impacts. 5 XL-OMV0007 High temperature type (temperature specification / H0 H4 H5) 1.
Vibration resistance allows for normal operation of up to 30m/s2 (45 to 250Hz). Be advised that continuous vibration may cause a decline in durability. Arrange piping to avoid excessive vibration or impacts. 5 XL-OMV0017 High temperature type (temperature specification / H0 H4 H5) 1.
Vibration resistance allows for normal operation of up to 30 m/s2 (45 to 250Hz), but continuous vibration may cause a decline in durability. Arrange piping to avoid excessive vibration or impacts. High temperature type (temperature specification / H0 H4 H5) 1.
Vibration resistance allows for normal operation of up to 30 m/s2 (45 to 250Hz), but continuous vibration may cause a decline in durability. Arrange piping to avoid excessive vibration or impacts. High temperature type (temperature specification / H0 H4 H5) 1.
Vibration resistance allows for normal operation of up to 30 m/s2 (45 to 250Hz), but continuous vibration may cause a decline in durability. Arrange piping to avoid excessive vibration or impacts. High temperature type (temperature specification / H0 H4 H5) 1.
Vibration resistance allows for normal operation of up to 30m/s2 (45 to 250Hz). Be advised that continuous vibration may cause a decline in durability. Arrange piping to avoid excessive vibration or impacts. High temperature type (temperature specification /H4 H5) 1.
Specifications Table 4 Model Note 1 XMH-16 XMH-25 XYH-25 XMH-40 XYH-40 XMH-50 XYH-50 Flange (valve) size 16,CF034 25 40,CF070 50 Actuating type Manual Fluid Inactive gas under vacuum Operating temperature oC 5 to 150 Operating pressure Pa (abs) Atmospheric pressure to 1 x 10-6 Conductance l/s Note 2 5 14 45 80 Internal 1.3 x 10-10 for the standard material (FKM) at ambient temperatures ,
Operation Examples (Timing Chart) . 45 8. Replacement of parts . 52 8-1-1. Disassembly of the controller assembly . 52 8-1-2. Assembly of the controller assembly . 53 8-2-1. Disassembly of the valve unit . 55 8-2-2. Assembly of the valve unit . 56 8-3-1. Disassembly of the servo valve . 57 8-3-2. Assembly of the servo valve . 58 8-4-1. Disassembly of the E-stop valve . 59 8-4-2.
Position symbols are indicated here 45 45 Position symbol: 2 Position symbol: 4 Knob Position symbol: N Table 1 Handle position symbols Piston rod position settings 2 Moves to the extended end N Current position retained 4 Moves to the retracted end 3 - 5.
See LECSA Operation Manual, section 4.4.2 for details on allocation of Output signals to pins CN1-9 CN1-12. 45 - 5.5.5 Setting a Maximum of 7 Points using the Point Table in Positioning mode (Point Table) The point table can reach a maximum of 7 points using input signals DI0, DI1 and DI2. The default allocation, allocates signals DI0 to (CN1-5) and DI1 to (CN1-23).