Reliant Series
Fuel Tanks
50 Gallon
75 Gallon
100 Gallon
150 Gallon
200 Gallon
275 Gallon
325 Gallon
400 Gallon
up to
3000 Gallon
Reliant
Series Systems Fuel Tanks
High reliability design systems fuel tanks for use as day tanks, main supply tanks, transfer tanks, return tanks Integrated, packaged design including tank, gauging, controllers, pumps Network compatible with Simplex Fuel Supply System products and with building management systems UL142 double-wall tanks UL2080 double-wall, fire-rated designs UL2085 double-wall fire rated, protected designs Filtration tank designs 10-3000 gallons UL508 digital and analog controllers Hazardous location constructions available FEATURES Double wall tank construction, UL listed Digital or analog controllers, UL listed Local or remote pumping options, 2-50GPM, 0.33 – 5.0HP Single or duplex, fill or return pumping configurations Large option and accessory list Highly standardized and time proven design Design-build project customization Digital controllers network compatible Fully compatible with complete Simplex Fuel Supply Systems product line, including pump sets, tank filling systems, tank filtration systems, digital fuel management systems, digital controllers TANK CONSTRUCTION All tanks are UL listed as noted, all-welded steel, atmospheric design, suitable for outdoor or indoor installation. Tank finish to 150 gallons is powder-coat white, above 150 gallons white industrial enamel Standard duty tanks: 10-400 gallons, UL142 secondary containment construction, rectangular design, 400-5000 gallons, UL142, double-wall construction, cylindrical design Fire-rated duty tanks: 10-400 gallons, UL2080 or UL2085 protected design, double wall construction, rectangular design Sales Bulletin Options |
Fuel tanks used with the Reliant Series are UL labeled, double-wall design, suitable for indoor or outdoor use. Normal duty, rectangular construction tanks are UL142, closed-top dike construction. Cylindrical designs are UL142 double-wall construction. Fire-rated designs are available with UL2080 or UL2085 listings.
Normal duty products are UL508 listed, NEMA1 indoor, NEMA3R, 4, 12 indoor/outdoor. Hazardous location controllers are available.
As a progressive, evolutionary design of the Simplex Pacakged Day Tank product line, the Reliant Series finds it core application as a generator day tank. In this traditional application, the Reliant Day Tank integrates a tank of required capacity with a level controller and fill control. On-board fill pumps and return pumps are typical. Remote pumping systems are available for filling of multiple tanks, management of multiple source tanks or when required by pipe run or pump size conditions.
Other applications of the Reliant Series include:
In every case, the Simplex Reliant Series achieves a new level of reliability. |
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In every case, the Simplex Reliant Series achieves a new level of reliability.
The SRM Series Manual Day Tank provides basic storage only. It includes a manual fuel fill port and a mechanical level gauge. The standard SRM package includes a UL142 listed tank. Limited options are available.
DIGITAL CONTROLLER
ANALOG LEVEL CONTROLLER
The SST Controller is UL 508A Listed.
The controller is activated by level point sensing float switches.
PUMPS
Reliant, SRS Series Fuel
Tank Systems are available with on-board fill and/or return pumps
in single or duplex configuration.
Capacity range is 2-50gpm, 0.33 – 5.0HP, single or 3-phase.
Simplex SPS or SKS Series Packaged Pump Sets are used remotely
when required by system complexity or pipe-run constraints or
where multiple-tank systems are supplied by common pumps.
Standard pumps are Parker-Hannifin,
advanced technology, hydraulic gear pumps with self-prime maintenance,
high-lift capability, linear pressure versus flow output. Construction
features machined steel gears, dynamic pressure loaded internal
seals, stainless steel shaft, mechanical shaft seal, cast-aluminum
housing.
Optional pumps are heavy-duty cast iron construction with mechanical
shaft seals.
Motors are industrial NEMA size, conservatively rated. All commercial
voltage ratings available .
Greater than 400 gallons contact Simplex. The SRM Series Manual Day Tank provides basic storage only. It includes a manual fuel fill port and a mechanical level gauge. The standard SRM package includes a UL142 listed tank. Limited options are available. |
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Engineer’s
Specifications
Click here
for a text file of these specifications.
The following defines a day tank with a duplex pump system designed for delivery of fuel from a source storage tank to a day tank, approximately 200-feet horizontal and within 18-feet of vertical lift from the lowest point via a pump set installed on the day tank. At this site, consideration must be given to suction lift characteristics of pumps: this system will operate in the suction lift capability curve of the pumps. Therefore, pipe size of both supply and return lines is paramount to both reduce friction in the supply line and allow for free flow return of fuel in the return line. A foot valve is required in this system if source tank is below day tank. If source tank is below day tank, manual priming is required. Once primed, the system remains so from the foot-valve on the supply line in the main source tank to the inlet of the day tank mounted supply pumps.
A full flow overflow return pipe from each day tank back to the bulk source tank must be provided. Working vents to outdoors must be provided as well as an emergency vent for tanks 100 gallons and larger. If source tank is located above the level of the day tank, an overflow return pump and inlet solenoid is required. See below.
Fuel Oil Day Tank
1.0 General: Provide a packaged design fuel oil day tank for each prime mover. Day tank shall be complete in all respects in order to provide the prime mover with a reliable, local source of fuel. Day tank shall be for use with main tank and fuel delivery system described above in order to provide an automatic, self-refilling fuel supply system.
1.1 The day tank shall be designed and supplied as an engineered system by the manufacturer. Each tank shall be of packaged design to include all inlet flow control devices, other valves, level controls, pump control, indicators, alarms and all other devices as required to form an integrated, functional system such that field installation is restricted largely to external piping, wiring and such intermediate devices that are required by code and/or good engineering practice to interconnect the bulk source of supply to the day tank, the day tank to the prime mover and to provide for external vents as per local codes and UL142, NFPA31 and NFPA37.
1.1.1 The system shall be for use with fuel oil as described by NFPA321, “Basic Classification of Flammable and Combustible Liquids”. As defined by this standard, the fuel supply system shall be for use with “combustible liquids”, those having a flash point at or above 100°F and further defined as class II or class III liquids. In no case shall a liquid defined as “flammable”, or as “class I” or as having a flash point less than 100°F be used. In every case, the system shall not be used or applied at a temperature in excess of the flash point of the contents. Electrical equipment used in the system shall be in accordance with NFPA30, section 5-7, wherein it states “For areas where class II or class III liquids only are stored or handled at a temperature below their flash points, the electrical equipment may be installed in accordance with provisions of NFPA70, National Electric Code, for ordinary locations...”
1.1.2 The system shall be designed and installed in accordance with applicable sections of NFPA30, NFPA31, NFPA37, UL80 and UL142. The day tank shall bear the label of Underwriters Laboratories standard 142 and UL508.
1.2 Installation General: The day tank shall be installed adjacent to the prime mover, on the same grade. Install (as shown on the plan drawings, [as detailed herein]) on a housekeeping pad adjacent to the prime mover. Anchor tank to the pad.
(1) Supply to day tank, inlet to day tank pump
(2) Day tank overflow to bulk supply
(3) Supply and return to prime mover, as recommended by manufacturer.
(4) Vent sizes shall be as shown and as required by local codes and by UL 142,NFPA31 and NFPA37 as well as project specification requirements.
1.3 Day tank ratings
1.3.1 Capacity: ( ) gallons
1.3.2 Power requirements: ( )V AC, single-phase, 60Hertz, 15A dedicated branch circuit
1.3.3 Day tank construction
1.3.3.1 All welded steel atmospheric tank of rectangular, double-wall secondary containment, welded construction built in accordance with codes and standards noted above for indoor use with fuel oil
1.3.3.2 Pipe thread connections shall be provided for fuel oil supply from remote pump set, supply to prime mover, return from prime mover, overflow to main tank, vents, and drain with fire rated ball valve. A weatherproof, screened vent cap shall be provided as a loose item for field installation at the outdoor vent termination. A weighted type emergency vent cap shall be supplied installed on the primary tank and secondary containment emergency vent ports (100 gallon and larger).
1.3.3.3 The tank shall be equipped with a welded steel channel base suitable for bolt attachment to a concrete pad
1.3.3.4 The tank shall have interior corrosion inhibitor to deter corrosion prior to installation and use
1.3.3.5 The exterior of the day tank shall receive a heavy-duty industrial anti-corrosion coating and be finish painted
1.3.3.6 All day tank system components shall be protected by a removable or hinged steel equipment cover.
1.3.3.7 Day tank shall be factory leak tested at 3PSI.
1.3.3.8 The tank shall be steel double-wall secondary containment construction bearing the UL 142 label. The containment shall be equipped with a leak detector that shall activate the “leak” alarm described below. A drain with fire rated ball valve is to be supplied. The containment shall be equipped with a separate e-vent as required by UL 142.
1.3.3.9 Supply fire rated ball valves as follows:
1. Day tank drain
2. Secondary containment drain
1.4 Fuel delivery system: Provide installed upon the day tank, a duplex fuel oil pump and duplex pump controller with automatic alternator for supply of fuel from the main tank to the day tank. This is a suction-lift application: adequate pipe sizes must be used in the system and a foot valve must be installed in the main tank if main is below level of day tank. Manual priming of the system is required.
1.4.1 Duplex pumps: (Specify GPM, up to 25GPM) at 1725 rpm, when operating with fuel oil having a viscosity of 32SSU.
1.4.2 Direct drive, motor driven pumps coupled via flexible coupling.
1.4.3 Motors to be TEFC construction, HP as required for pump at 50 PSI NEMA type B, continuous duty at 40°C, 1725 RPM, 120V AC, 60 hertz, 1.15 service factor
1.4.4 Pumps to be directly driven, positive displacement, internal gear type with mechanical shaft seal and cast iron body, machined steel gears.
1.4.5 Fire rated shutoff ball valves on pump inlets
1.4.6 Pump check valve, spring-type, cast iron construction
1.4.7 Flowswitch each pump
1.4.8 Suction strainer, cast iron wye type fuel oil strainer on each pump suction
1.4.9 Provide a piston type, 0.1 gallon per stroke hand pump installed and piped and equipped with fire-rated shutoff valves.
1.4.10 (If source tank is above day tank) Inlet flow control solenoid valve each pump. Stainless steel construction, with fire-rated bypass valve.
1.4.11 (If source tank is above day tank) Supply an overflow return pump at 150% minimum capacity, of supply pump and of identical construction. Add overflow return pump controller to paragraph 1.5 below.
1.5.1 PLC based with 6-inch, color, touch-panel operator interface
1.5.2 Dual level sensor input:
-4-20mA continuous sensor, analog-to-digital input
-Point sensing float switches: low, refill start, refill stop, high, checkpoint for automatic cross check of sensors
1.5.3 Leak sensor
1.5.4 Spare I/O for options and design-build features
1.5.5 MODBUS and Ethernet network compatible
1.5.6 4-20mA loop output for tank level
1.5.7 Operator touch-panel interface functions:
-HOA switch
-Test
-Reset
-Alarm silence
-Numeric display of tank level in gallons (liters)
-Graphic condition display of tank level and pump/status/alarm condition
-Message indicators for status and alarm, including:
-Normal operation
-Pump running (fill, return, single or multiple pumps)
-Tank filling
-Loss of flow
-Low
-Critical low
-High
-Critical high
-Leak
-Not in auto
-Controller failure with specific message
-Other messages as determined by design-build option configuration
1.5.8 Relay dry contact outputs for the following (5A, SPDT):
-Low alarms
-High alarms
-Leak
-Not in auto
-Other alarms as determined by design-build option configuration
1.6 Day tank testing
1.6.1 The day tank shall be supplied with manufacturers test certificates as below Tank test: pressure test, leak proof test and structural integrity/appearance test
1.6.1.2 Level controller: operational test of level sensors, level indicator, level control, alarms, backup devices
1.6.1.3 Pump: vacuum test, flow test, pressure test, leak proof test, ampere/voltage test, load test, overload test.
1.7 Day tank manual
1.7.1 The day tank shall be supplied with an illustrated manufacturers manual that includes the following:
1.7.1.1 Registration certificate
1.7.1.2 Glossary
1.7.1.3 Equipment list
1.7.1.4 Detailed description of operation
1.7.1.5 Pump specifications
1.7.1.6 Installation instructions
1.7.1.7 Troubleshooting instructions
1.7.1.8 Maintenance instructions
1.7.1.9 Piping diagram
1.7.1.10 Electrical drawing
1.7.1.11 Exploded view parts drawing/parts list
1.7.1.12 Dimensional drawing
1.7.1.13 Warranty card
1.8 Supply a manufacturer’s 2-year field service warranty which covers all parts and all labor for guarantee of parts and workmanship as specified herein.
1.9 The day tank system, shall be designed and manufactured by a single supplier and be a standard product in serial production. The manufacturer shall have at least 10 years experience in the design and manufacture of these products. This system shall be a Model SRS Packaged Design Fuel Oil Day Tank as manufactured by Simplex, Inc., Springfield, Illinois.
