WWS EJECTOR SYSTEMS:

WWS Ejector Systems used for light Industrial / Commercial applications as:
- Dewatering Parking lots / Garages
- Dewatering Loading docks
- Small Sewage Lift Stations

We use standard equipment with off-the-shelf components to build and deliver these systems quickly and effectively. Submittals are generated within 24 hours. Simple and easy to specify.

WWS Ejector Drawings:
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WWS Simplex Ejector System (dwg)
WWS Simplex Ejector System (pdf)
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WWS Duplex Ejector System (dwg)
WWS Duplex Ejector System (pdf)
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WWS Simplex Ejector System with Valvebox (dwg)
WWS Simplex Ejector System with Valvebox (pdf)

WWS Duplex Ejector System with Valvebox (dwg)
WWS Duplex Ejector System with Valvebox (pdf)
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Additional Resources:

​Stancor Quick Pump Selection Curves
​WWS Basin Installation Guidelines

​Stancor Pump Submittals:
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​Stancor SE-40 Pump Submittal​
​Stancor SE-50 Pump Submittal​
​Stancor SE-100 Pump Submittal
​Stancor ​SV-200 Pump Submittal
​Stancor SV-300 Pump Submittal
​Stancor SV-500 Pump Submittal
​Stancor SV-750 Pump Submittal
​Stancor SG-200 Grinder Pump Submittal

Caprari Pump Brochure:

Caprari KC+ line Explosion Proof brochure

​Control Panel Submittals:

Single Phase Simplex Panel Submittal
Single Phase Duplex Panel Submittal
Three Phase Simplex Panel Submittal
Three Phase Duplex Panel Submittal
Stancor Float Switch Submittal

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​DERM APPROVED LIFT STATION SPECS:

DERM Fiberglass Duplex Lift Station Drawings:

WWS Fiberglass Prefab Lift Station CAD drawing (dwg)
WWS Fiberglass Prefab Lift Station drawing (pdf)​


DERM Concrete Duplex Lift Station Drawings:
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WWS Concrete Prefab Lift Station CAD drawing (dwg)
WWS Concrete Prefab Lift Station drawing (pdf)​
​

WWS PREFAB LIFT STATIONS ARE IN ACCORDANCE WITH THE FOLLOWING STANDARDS:

• DEP FLORIDA ADMINISTRATIVE CODE (FAC) RULE 62.604.400. COLLECTION SYSTEMS AND TRANSMISSION FACILITIES.
•  RECOMMENDED STANDARDS FOR WASTEWATER FACILITIES (RSWF). 2014 EDITION. GREAT LAKES-UPPER MISSISSIPPI RIVER (10 STATE STANDARDS). CHAPTER 40. SUBCHAPTER 42.​
• NATIONAL ELECTRIC CODE (NEC) CLASS 1, DIVISION 1, GROUP D HAZARDOUS LOCATIONS
• UNDERWRITER'S LABORATORIES (UL) 508A FOR INDUSTRIAL CONTROL PANELS FOR ORDINARY LOCATIONS AND 698A FOR HAZARDOUS LOCATIONS WITH INTRINSICALLY SAFE CIRCUIT EXTENSIONS.

​SPECIFIC CONSTRUCTION STANDARDS:

• THE EQUIPMENT WILL BE COVERED WITH A 100% NON-PRORATED WARRANTY FOR (3) THREE YEARS.
•  PUMPS SHALL BE EXPLOSION-PROOF, CLASS 1, DIVISION 1, GROUPS C & D CONSTRUCTION.
• CONTROL PANEL SHALL HAVE UL 508A CERTIFICATION.
•  NON-CLOG SUBMERSIBLE PUMPS WILL HAVE A MINIMUM OF 3" SOLIDS PASSAGE.
•  PUMP MOTORS SERVICE FACTOR WILL BE NO LESS THAN 1.20.
•  PUMPS WILL FEATURE A TWO-BEARING HIGH LOAD ANGULAR CONTACT 100,000 HOUR B-10 LIFE.
•  PUMPS WILL HAVE SEVERE DUTY DUAL SILICON-CARBIDE MECHANICAL SEALS.
•  PUMPS WILL CONTAIN A SEAL LEAK PROBE SIGNAL ALARM FOR MOISTURE DETECTION.
•  GAS SCRUBBER WILL BE MODEL WWS-GS-PVS-200/2 CONSISTING OF DRY-SCRUBBING MEDIA IN A REFILLABLE HOUSING WITH VENT REPLACEMENT DFU VACUUM BREAK VALVE. IT SHALL CONTAIN UL-900 MEDIA OF ESD MIXED WITH: (1) ODOCARB ULTRA, (2) PURAFILL ODOROXIDANT SP, (3) PURAFILL ODORKOL. ONLY UL-900 CERTIFIED MEDIA WILL BE ACCEPTED. SCRUBBER TO OPERATE AT 99.5% GAS REMOVAL EFFICIENCY. AIRFLOW CAPACITY SHALL RANGE FROM 0 CFM TO 30 CFM OR PASSIVE. MEDIA MANUFACTURER TO BE CERTIFIED TO ISO-9001:2000 STANDARDS. ISO CERTIFICATE MUST BE SUPPLIED WITH SUBMITTALS.
•  CONTROL PANEL WILL BE EQUIPPED WITH A COMPACT ALERTING & CONTROL DEVICE MODEL WWS MBI-2500 WHICH WILL MONITOR AND CONTROL THE LIFT STATION PUMP UNITS FROM A MOBILE PHONE OR VIA THE INTERNET. FAULTS OR ALARMS WILL SEND A SMS OR EMAIL MESSAGE TO ONE OR MORE RECIPIENTS. THE DEVICE WILL PROVIDE DETAILED REPORTS ON ITS COMPLETE STATUS AND SEND PERIODIC MESSAGES. OUTPUTS WILL BE CONTROLLED BY AUTHORIZED USERS VIA SMS, TWEET, FREE PHONE RINGS AND PHONE KEYBOARD. NO EQUIVALENTS WILL BE ACCEPTED.
• ​ CONTROL PANEL SHALL BE PROVIDED WITH A BATTERY BACK-UP SYSTEM WHICH SHALL DISPLAY AN ALARM CONDITION WHENEVER THE PUMP STATION SUFFERS A HIGH WETWELL LEVEL OR LOSS OF STATION POWER. THE STATION ALARM SHALL BE A MINIMUM 300 LUM RED LIGHT, FLASHING TWO SECONDS ON, FOUR SECONDS OFF. THE STATION AUDIO ALARM SHALL PROVIDE A MINIMUM LEVEL OF 85 dB AT 10 FEET, WITH SILENCING SWITCH. THE SYSTEM BATTERY SHALL BE RECHARGEABLE AND SUFFICIENT TO OPERATE BOTH ALARMS FOR A MINIMUM OF 12 HOURS. A BATTERY CHARGER SHALL BE PROVIDED AND BE ABLE TO FULLY RECHARGE A DISCHARGED BATTERY WITHIN 48 HOURS UPON RETURN OF UTILITY POWER. THE BATTERY SHALL BE REPLACED ACCORDING TO THE RECOMMENDATIONS OF THE ALARM MANUFACTURER AND SHALL BE INDELIBLY MARKED WITH THE DATE OF INSTALLATION.
•  ZINC ANODE WILL BE MODEL WWS-ZC4.5-790F CONSISTING OF A 1”X2”X4.5”  MINIMUM 99.7% PURE ZINC CATHODIC PROTECTOR AS PER MIL SPEC A-18001K MILITARY SPECIFICATION: ANODES, SACRIFICIAL ZINC ALLOY. UNIT TO BE INSTALLED BELOW PUMP MINIMUM SUBMERGENCE LEVEL. NO SUBSTITUTIONS WILL BE ACCEPTED.​​