IC Series Constant Pressure Inverter Control System

Transcription

1 I Series onstant Pressure Inverter ontrol System racsystems PUMP ISO 0 ertified

2 Explanation pplications: Suitable liquids: pplication onditions: Product Features: ode: Optional order: Installation Precautions Performance curves - Single uint Performance curves - Duplex Specifications - Single unit Specifications Duplex Page 7 Dimensions Dimensions T / T / 8T / T T / 0T 9 0 Dimensions - Duplex

3 pplications: partment buildings, houses, villa water supply, factories, water supply systems, drinking water systems, RO water treatment equipment, supermarkets, motels, SP, etc. Suitable liquids: Potable water or other clean, thin or non-aggressive liquids. pplication onditions: mbient temperature: Max. +0 Liquid temperature: + ~+0 Inlet pressure: Lower than the constant pressure setting limit (see page ~) Product Features: The pump will start smoothly when water is consumed. The inverter controller has a pressure sensor to detect down-stream pressure and adjust the motor speed to keep it at the required psi. onstant and stable pressure control: The pump will maintain a constant operating pressure at the pressure setting. This ensures a stable water supply even though occasionally the output flow is over the capacity. Dry-run protection: The pump will automatically shut down to protect against dry running. Once the pump starts to operate, the pressure sensor will automatically detect the pressure limit. If the pressure limit can not reach to the original setting within minutes, the pump will stop and attempt to restart every 0 minutes until the function is deactivate. utomatic stop when flow stops: The pump will automatically cycle down as water usage decreases. Pressure compensation for pipeline leaks: Should the down steam pressure drop due to leaks in the piping system, the microcomputer will detect the pressure loss automatically and operate the pump to maintain the pressure setting limit. Single or parallel unit operation: Parallel operation: When water usage is low, one unit will begin to operate until the water usage increases, when it can no longer handle the required water pressure, the other unit will start functioning in parallel. The duplex unit will switch to single unit operation automatically with the decrease in water demand. Interchangeable operation: When a pump has operated through the preset interval (adjustable at 0- hours) the system will automatically switch to the other unit. This cycle will continue through time. ode: Example: Pump series TPH flow rate [m³/h] head [kg/cm²] Stainless steel series I: I inverter series Deluxe Number of pumps in parallel TPH T K S I V x Optional order:. ustomer may specify inlet/outlet diameter.. Flange inlet/outlet is available upon request.. Inlet Header is available for alternative/parallel models on request.. Pressure tank material and capacity can build to customer s specification.. The outlet pipe can be supplied with a cock upon request. 6. ustomers may specify HP rating of the frequency converter for the I Series. 7. ll optional equipment will be quoted separately. Installation Precautions:. metallic pipe should be used as the outlet pipe to avoid breakage due to high pressure or abnormal liquid temperature.. No vent pipe is allowed to the inlet pipe to avoid abnormal operation of the pump due to suction of air.. void sucking in any bubbles when water replenishes from a storage tank.

4 Performance curves - Single uint H(m) 0/Hz T6K TK TK TK TK T6K T6K TK 8TK TK 0TK TK 8TK TK TK 0TK TK 8TK TK TK TK 8TK TK TK 0T.K Q(m³/h) Q(L/min) Performance curves - Duplex H(m) 0/Hz T6K TK TK TK TK T6K T6K TK 8TK TK 0TK TK 8TK TK TK 0TK TK 8TK TK TK TK 8TK TK TK 0T.K Q(m³/h) Q(L/min)

5 Specifications - Single unit No. Inverter ontroller Output Power (HP) Voltage ( V ) Pre-set Pressure ( kg/cm²) Inlet Outlet Set Head ( M ) set Flow ( L/min ) TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHT6KI TPHT6KSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHT6KI TPHT6KSI TPH 8TKI TPH8TKSI TPH8TKI TPH8TKSI TPH8TKI TPH8TKSI TPH8TKI TPH8TKSI ½ ½ ½ ½ ½ ½ ½ ½ ½ ½ ½ ½

6 Specifications - Single unit No. Inverter ontroller Output Power (HP) Voltage ( V ) Pre-set Pressure ( kg/cm²) Inlet Outlet Set Head ( M ) set Flow ( L/min ) TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHTKI TPHTKSI TPHT6KI TPHT6KSI TPH0T.KI TPH0T.KSI TPH0TKI TPH0TKSI TPH0TKI TPH0TKSI 7½ 0 0 7½ 0 Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V

7 Specifications - Duplex No. Inverter ontroller Output Power (HP) Voltage ( V ) Pre-set Pressure ( kg/cm²) Inlet Outlet Set Head ( M ) set Flow ( L/min ) TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHT6KI x TPHT6KSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHT6KI x TPHT6KSI x TPH 8TKI x TPH8TKSI x TPH8TKI x TPH8TKSI x TPH8TKI x TPH8TKSI x TPH8TKI x TPH8TKSI x ½ x x ½ x x x x x x x x x x x x x x x ½ ½ ½ ½ ½ ½ ½ ½ ½ ½

8 Specifications - Duplex No. Inverter ontroller Output Power (HP) Voltage ( V ) Pre-set Pressure ( kg/cm²) Inlet Outlet Set Head ( M ) set Flow ( L/min ) TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHTKI x TPHTKSI x TPHT6KI x TPHT6KSI x TPH0T.KI x TPH0T.KSI x TPH0TKI x TPH0TKSI x TPH0TKI x TPH0TKSI x x x x x x 7½ x 0 x 0 x 7½ x 0 x x Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V Ø 0V

9 Dimensions T/T/8T/T (mm) Fig. TPHT /T - I T: " T: ½" T: " T: ½" TPHTKI TPHTKI TPHTKI TPHTKI TPHT6KI D E H Pressure tank (L) Fig. Fig. TPHT - IV " E " H TPHTKIV TPHTKIV TPHTKIV TPHTKIV TPHT6KIV TPHTKI TPHTKI TPHTKI TPHTKI TPHT6KI Fig. TPHTKIV / TPHTKIV D 0 80 TPHTKIV TPHTKIV TPHTKIV TPHTKIV TPHT6KIV ½" ½" E H TPH8TKI TPH8TKI TPH8TKI TPH8TKI Ø Fig. TPHTKIV ~ TPHT6KIV D 0 80 TPHTKI TPHTKI TPHTKI Ø Fig. 6 TPH 8TKI / TPH TKI (Ø) 6 " " E " H E " H D D 7 6 Fig. TPH8T /T - I Fig. 7 TPH 8TKI / TPH TKI (Ø0V HP) " 07 " E " H " 6 D

10 Dimensions T/ 0T (mm) Fig. TPH TKI / TPH TKI Pressure tank ( L ) Fig. " TPHTKI TPHTKI " 0 TPHTKI TPHTKI TPHT6KI TPH0T.KI 8 6 TPH0TKI 69 0 Fig. TPH TKI ~ TPHT6KI TPH0T6KI " 8 67 " Fig. TPH 0T - I 8 " "

11 Dimensions - Duplex (mm) Fig. TPH T / T - I x Pressure tank (L) Fig. T: ½" T: " TPHTKI x x T: " 00 T: ½" TPHTKI x TPHTKI x 7. x x TPHTKI x TPHT6KI x x x Fig. TPH 8T / T - I x TPHTKI x x " TPHTKI x. x TPHTKI x 8 6 x 0 TPHTKI x 8 89 x " 0 TPHT6KI x 6 x 6 Fig. TPH T - I x TPH8TKI x TPH8TKI x x x 6 TPH8TKI x TPH8TKI x x x " 9 80 TPHTKI x 9 7 x " TPHTKI x 07 x 87 TPHTKI x 07 x 6 Fig. TPH 0T - I x TPHTKI x TPHTKI x x x TPHTKI x x 6" TPHTKI x 7. 0 x TPHT6KI x 7. 0 x 880 " TPH0T.KI x 8 6 x 87 TPH0TKI x 69 x TPH0TKI x 7 x

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