Mono Pumps PSS Eco 1-60

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1 Mono Pumps PSS Eco 1-60 Page 1 of 12

2 Pump Unit Specification G60 Grifter (grinder pump) Specification Specification Topic Manufacturer Model Nominal flow rate Maximum Head capability Flow at Max. Head Specification Mono Pumps (Australia) Pty. Ltd. G60 1 litre per second 60 metres (continuous operation) 0.83 litres per second Slip at 60m discharge 27% Type Inlet Outlet Materials of construction Pump Body Motor Shaft Helical Rotor Stator Macerating Cutter Cutting Ring Hardware Oil Bath (mechanical seal) Mechanical Seal Unit Weight* Progressive Cavity Helical Rotor 80mm DWV 32mm (pump discharge, not tank discharge refer to tank specification detail) Cast Iron 316 Stainless steel 316 Stainless steel, Hard Chrome Plated Nitrile Synthetic Rubber Hardened tool steel Hardened tool steel 316 Stainless steel Shell Tellus Oil 100 Anti Wear hydraulic oil Carbon Vs. Ceramic faces, 316 SS spring & body, nitrile elastomer 32 Kg *There are design projects in place that will further improve on this specification and reduce unit weight. Details quoted are as available today. Page 2 of 12

3 PSS Eco 1-60 Hydraulic Performance Curve PSS Eco 1-60 Power Curve Page 3 of 12

4 AC Motor Specification Power Specification Topic Specification Topic 0.93 kw Voltage / Phase / Frequency 240 / 1 / 50 Full Load Current Locked Rotor Current Motor Duty 8 Amps 31.3 Amps S2 30 minutes Maximum Starts per Hour 10 Thermal Overload Motor Speed Automatic reset 1450 RPM Humidity Rating 95 % Rating Cable Included Relevant Standards IP55 15m of 15 Amp 3 core flex 15m of 3 core control cable C-tick AS/NZ CISPR 14.1 Page 4 of 12

5 Collection Well (Tank) Specification Specification Topic Well and Lid Material Manufacturer Type Format Lid Rating (Hydraulic) Lid Loading (Max. Static load) Lid Security Well Volume Total Active Storage Volume Pump on to pump off (litres) Well Volume Above High Level Retained Storage Volume volume remaining when pump turned off (litres) Other Storage Volume options (litres) Tank Inlet Specification Heavy Duty Polyethylene, UV Stabilised Linpac Rotational Mouldings Pty. Ltd. Tooling owned by Mono Pumps Rotationally Moulded one piece tank Circular, single piece tank Pump mounted in Dry Well recess Sealed sewerage collection well Dry well flood proof to 1 metre above lid 500 kg Tamper-proof fasteners in lid or pad-lockable lid 900 litres 120 litres standard Customised settings available on request 600 litres 45 litres standard Customised settings available on request Fully customised options available 100mm Uniseal Minimum and Maximum depths of inlet connection below cover level Tank Outlet 750mm to 1300mm below ground level 32mm BSP PVC fitting standard Optional Electrofusion HDPE Plasson fitting Relevant Standards AS/NZ Page 5 of 12

6 PSS Eco 1-60 Tank Levels* *Tank levels indicated are standard however these can be adjusted at the time of manufacture if necessary. Page 6 of 12

7 PSS Eco 1-60 Tank Overall Dimensions Page 7 of 12

8 Controller Specification Specification Topic Input Voltage Max. Continuous Current Max. Current Motor Start Circuit Breaker Control Circuit fuse Max. Output (motor) Motor Over current protection Brownout Protection Level Control Methodology Alarm Level Methodology Rating of Enclosure Specification % /-10% VAC 8 Amps 20 Amps (peak) 15 Amps 0.5 Amps 1 kw max 8 Amps Automatic electronic sensing Pressure sensor mounted in the dry-well connected to tube partially immersed in the sewerage monitor sewerage level and control pump operation. Alarm tube inlet is set above the normal operating level to remain clear and free of blockages during regular operation. IP66 Lockable enclosure Default Protection Settings Pump motor current trip (over pressure) 8 Amps Pump reset time from trip Number of current trips per hour till alarm activates 10 Maximum continuous pump run time Maximum pump starts per hour 10 5 minutes 20 minutes Pump cool down time 10 minutes Relevant Standards AS3100 C-tick AS/NZ CISPR 14.1 Page 8 of 12

9 PSS Eco 1-60 Controller Dimensions PSS Eco 1-60 Controller (shown connected to Hand Held Display / Diagnostics Unit) Page 9 of 12

10 Controller Alarms Alarm Over Pressure or Over Current Maximum Pressure/Current Trips Exceed maximum run time Exceed maximum Starts per Hour Detail Trips when pressure / current exceeds programmed maximum current level Trips when number of pressure trips exceed programmed value Trips when pump/motor has continuously run greater than the programmed maximum time Trips when maximum starts per hour have been exceeded High Level Trips when high level probe is active All alarms are fully programmable and alarm trip points can be tailored to meet specific requirements. This can be done either at the time of manufacture, or via telemetry at a later date. Limits with respect to motor run time, maximum starts per hour and maximum motor current are all set per the recommendations of the motor manufacturer. Standard Alarm Outputs 1. External Strobe 2. Internal Siren 3. Communication Port / Telemetry Interface All alarm outputs are fully programmable and can be tailored to meet specific requirements or time delays. For example, on-site outputs can be de-activated or delayed in order to provide a head start or system check via the telemetry system. All alarm outputs are accessible through the telemetry system and the controller can be programmed to dial-out via telemetry to a dedicated monitoring system to alert network supervisors of any alarms. Alarm outputs are also accessible though the standard Handheld Display Unit which can be used in the field to diagnose and troubleshoot system alarms. Page 10 of 12

11 Telemetry Data Specification Topic Remote Monitoring Capability Specification Via RS232 modem interface Communications Protocols UHF Data Radio GSM Modem SCADA Modbus & ASCII as standard GME Electrophone TX 3600D (or equivalent) AT Command Set compatible Alarm Initiated and Polled Messaging Yes Page 11 of 12

12 Controller Logged Data Data Log Number of Starts Hours Run Number of Resets Number of Pressure / Current trips Motor Current Detail Number of motor starts since installation Number of hours run since installation Number of times the mains power has been disconnected Number of pressure/motor current trips since installation Current motor running current Starts per Hour Number of starts in the last hour High level trips Serial and DOM Unit Type Last Fault Last Motor Current Number of high level trips Serial Number and date of manufacture Unit type and software level Last fault condition and last running current Logged value of the last motor current Current System State Detail of present operating state of the unit. On / Off / High level alarm / etc. All logged data is stored in controller memory. Logged data can be accessed on demand via dial-in telemetry and can be used to remotely monitor system performance and if necessary, troubleshooting without going to site. Logged data can also be accessed while on-site via the standard Handheld Display Unit. Page 12 of 12

Installation, Operation and Maintenance Instructions

English Installation, Operation and Maintenance Instructions EMS 1-80 Mono Sense Pressure Sewer Systems MPA618/3 Contents Page 2 Contents Contents Warranty 3 Warranty Statement 3 Introduction 4 Introduction