pH 2 Maximum Diameter of Solid Sphere Required/Able to be Passed by the Chloride content (ppm) Avg Max Pump Unit (mm) (P/S) Temperature (inlet) (°C) Min Max Required (P) Able (S) 5.0 PERFORMANCE SPECIFICATION 5.1 General 5.3 Noise and Vibration 5.3.1 Noise 1 Mode of Operation () (P) Solo 1 Maximum Noise Levels at Parallel the GP (dB (A) at 1 m) Series (< 80*) Type of () (P) 2 Noise Levels at the GP (dB (A) at 1 m) Fixed speed (S) Variable Expected (S) 2 Service Life (years) (P) 3 Source of Data (S) 3 Utilisation (%) (P) 5.2 Hydraulic Performance, Overall Efficiency 5.3.2 Vibration Operating and Solids Handling Capacity (All Pressures are Relative to the Baseplate) 1 Vibration Requirements (P) 1 Hydraulic Performance (P/S) Flow (specify l/s or m3/hr) (P) 5.4 Life Costs (LCC) Maximum required 5.4.1 General Minimum required At the GP LCC Assessment Inlet Pressure (bar) (P) Required (Y/N) (P) 1 Maximum available Minimum available 5.4.2 Motor Power Input At the GP 1 Motor Power Input at the Outlet Pressure (bar) (P) GP (kW) (S) Maximum required Minimum required At the GP 5.4.3 Service Lives and Costs of Components Differential Pressure (bar) (P/S) At the GP 1 Expected Service Lives of Components Overall Efficiency (%) (S) Component (P) Life (x 103 hrs*) (S) At the minimum flow At the maximum flow At the GP NPIP Available (bar) (P) At the GP At the maximum flow NPIP Required (bar) (S) At the GP 3 of Components (£)/Time Required At the maximum flow to Replace Components (hrs) (S) Operating Speed (rpm) (S) Component £ Hrs At the minimum flow At the maximum flow At the GP
pH Chloride content (ppm) Avg Max Temperature (inlet) (°C) Min Max 5.0 PERFORMANCE SPECIFICATION 5.1 General 1 Mode of Operation () (P) Solo Parallel Series Type of () (P) Fixed speed Variable 2 Service Life (years) (P) 3 Utilisation (%) (P) 5.2 Hydraulic Performance, Overall Efficiency Operating and Solids Handling Capacity (All Pressures are Relative to the Baseplate) 1 Hydraulic Performance (P/S) Flow (specify l/s or m3/hr) (P) Maximum required Minimum required At the GP Inlet Pressure (bar) (P) Maximum available Minimum available At the GP Outlet Pressure (bar) (P) Maximum required Minimum required At the GP Differential Pressure (bar) (P/S) At the GP Overall Efficiency (%) (S) At the minimum flow At the maximum flow At the GP NPIP Available (bar) (P) At the GP At the maximum flow NPIP Required (bar) (S) At the GP At the maximum flow Operating Speed (rpm) (S) At the minimum flow At the maximum flow At the GP 2 Maximum Diameter of Solid Sphere Required/Able to be Passed by the Pump Unit (mm) (P/S) Required (P) Able (S) 5.3 Noise and Vibration 5.3.1 Noise 1 Maximum Noise Levels at the GP (dB (A) at 1 m) (< 80*) 2 Noise Levels at the GP (dB (A) at 1 m) (S) Expected (S) 3 Source of Data (S) 5.3.2 Vibration 1 Vibration Requirements (P) 5.4 Life Costs (LCC) 5.4.1 General 1 LCC Assessment Required (Y/N) (P) 5.4.2 Motor Power Input 1 Motor Power Input at the GP (kW) (S) 5.4.3 Service Lives and Costs of Components 1 Expected Service Lives of Components Component (P) Life (x 103 hrs*) (S) 3 of Components (£)/Time Required to Replace Components (hrs) (S) Component £ Hrs
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