Bid Specifications

Airflow Optimizer

• AFO-2
• AFO-4
• AFO-6
• AFO-10
• AFO-15
• AFO-20
• AFO-25
• AFO-30
• AFO-40

Energenics Wall Hugger Lint Filters

View/Download Wall Hugger Bid Specification (PDF)

The dryer exhaust shall be equipped with an automatically cleaned, one stage dry lint filter with the following capacity and construction:

1. The filter shall be sized to clean *insert model cfm rating cfm exhaust air with a measured resistance of no more than .3″ W.C. at anytime during the dryer cycle.
2. The lint filter control shall be UL® 508A classified to include a PLC for maximum adjustability and performance. The control will have 24 VDC output voltage and be designed to meet all local and national codes.
3. The lint filter control shall automatically initiate a cleaning cycle when the filter inlet back pressure exceeds .4″ W.C. (default). The back pressure set point shall be field adjustable. In addition to back pressure initiated cleaning the control must also incorporate an internal timer to allow the filter to clean at set time intervals.
4. The body of the filter shall be constructed of Class A fire retardant fiberglass meeting U.S. Navy QPL 21607, Grades 1 and 2, Class A with an ultraviolet protective coating. The filter must be fully assembled and ready for bolting directly to a smooth, flat wall surface.
5. The filter media shall be a high temperature polyester monofilament fabric capable of removing 98% of all particles larger than 200 microns, collecting over 98% of the lint (by weight).
6. The Lint Filter shall have no control interconnection to the dryer resulting in 100% independent operation from the dryer.

Energenics Lint Filter Model #170

The dryer exhaust shall be equipped with an automatically cleaned, one stage (or two stage) dry lint filter with the following capacity and construction:

1. The filter shall be sized to clean *insert model cfm rating cfm exhaust air with a measured resistance of no more than .3” W.C. at any time during the dryer cycle.
2. The lint filter control shall be UL® 508A classified to include a PLC for maximum adjustability and performance. The control will have 24 VDC output voltage and be designed to meet all local and national codes.
3. The lint filter control shall automatically initiate a cleaning cycle when the filter inlet back pressure exceeds .4” W.C. (default). The back pressure set point shall be field adjustable. In addition to back pressure initiated cleaning the control must also incorporate an internal timer to allow the filter to clean at set time intervals.
4. The body of the filter shall be constructed of Class A fire retardant fiberglass meeting U.S. Navy QPL 21607, Grades 1 and 2, Class A with an ultraviolet protective coating. The filter must be fully assembled and factory mounted on a welded aluminum frame for rigging. The inlet and outlet of the filter must be able to be rotated through 360 degrees to minimize turns and facilitate connections
5. The filter media shall be a high temperature polyester monofilament fabric capable of removing 98% of all particles larger than 200 microns, collecting over 98% of the lint (by weight).
6. The Lint Filter shall have no control interconnection to the dryer resulting in 100% independent operation from the dryer.

Energenics Low Profile Lint Filter Model #150

View/Download Energenics Low Profile Lint Filter Model #150 Bid Specification (PDF)

The dryer exhaust shall be equipped with an automatically cleaned, one stage dry lint filter with the following capacity and construction:

1. The filter shall be sized to clean *insert model cfm rating cfm exhaust air with a measured resistance of no more than .3” W.C. at any time during the dryer cycle.
2. The lint filter control shall be UL® 508A classified to include a PLC for maximum adjustability and performance. The control will have 24 VDC output voltage and be designed to meet all local and national codes.
3. The lint filter control shall automatically initiate a cleaning cycle when the filter inlet back pressure exceeds .4” W.C. (default). The back pressure set point shall be field adjustable. In addition to back pressure initiated cleaning the control must also incorporate an internal timer to allow the filter to clean at set time intervals.
4. The body of the filter shall be constructed of Class A fire retardant fiberglass meeting U.S. Navy QPL 21607, Grades 1 and 2, Class A with an ultraviolet protective coating. The filter must be fully assembled and factory mounted on a welded aluminum frame for rigging. The outlet of the filter must be able to be rotated through 360 degrees to minimize turns and facilitate connections
5. The filter media shall be a high temperature polyester monofilament fabric capable of removing 98% of all particles larger than 200 microns, collecting over 98% of the lint (by weight).
6. The Lint Filter shall have no control interconnection to the dryer resulting in 100% independent operation from the dryer.

Energenics AALF (Ambient Air Lint Filter) Lint Scrubber 8000 & 6000

View/Download Energenics AALF (Ambient Air Lint Filter) Lint Scrubber 8000 & 6000 Bid Specification (PDF)

An automatic, self-cleaning, ambient air lint filter shall be equipped and perform to the following specifications:

1. The filter shall be sized to filter 6000 or 8000 (depending on model choice) exhausted cfm of ambient air with a measured resistance of no more than .4” W.C. through the filter when lint laden. The pressure sensor set point will be field adjustable from .12 to 1.60 to optimize collection for local requirements.
2. The body of the filter shall be constructed of aluminum with powder coat to prevent oxidation or corrosion to the structure.
3. The filter shall be equipped with 1 or 2-3/4 HP (depending on model choice) direct drive blowers rated at 208/240 single phase motors at 60 HZ. The blowers shall exhaust vertically to prevent exhaust from direct contact with employees.
4. The screen media of the lint filters shall be flat bonded polyester available in standard 100 feet rolls.
5. The lint filter control shall be UL® classified and equipped with a 2 speed switch to allow low or high speed operation at the user’s discretion.
6. The Lint Scrubber shall have a field adjustable pressure transducer with actual desired settings indicated on the adjustment knob in inches of water column.
7. The Lint Scrubber shall be equipped with a sequence counter to allow the end user to count cycles to assist management in preventative maintenance with regard to filter life.
8. The lint filter shall be equipped with 4 eyebolts completely assembled ready to hang.

Energenics Kartwasher Premier

View/Download Energenics Kartwash Premier Bid Specification (PDF)

The facility shall be equipped with an automatic, completely self-contained, fiberglass Kartwasher with the following capacity and construction:

1. Dimensions of the standard unit shall be 90″W x 100″L x 95″H. The built-in sump model dimensions shall be 90″W x 100″L x 95″H. Wt. 2,950 lbs.
2. The unit shall be shipped fully assembled requiring no on-site assembly in the field. Prior to shipment the unit shall be cycle tested with all utilities a minimum of 100 cycles.
3. The control will be a UL® Classified 508B fully programmable PLC based processor control. The Kartwasher operating sequences will be field adjustable by using the HMI Touchscreen. The Touchscreen will display operating sequences and cycle position.
4. The doors shall be interlocked so that the unit will not be operational if any doors are open. The doors will be interlocked so that both doors cannot be open at the same time unless the unit is out of service for maintenance.
5. The cabinet of the unit shall be constructed of UL® Class 2 rated fibreglass and anodized aluminium. A service light shall be mounted inside the unit to turn on during the operating cycle. An internal emergency stop switch shall be included to avoid and terminate unintended operation.
6. The floor of the complete unit shall be constructed of non-corrosive fiberglass to allow for efficient drainage of water and safe draining of spillage of detergent and sanitizer. The surface of the floor shall be non-skid to avoid accidental falling and injury.
7. The standard unit shall be able to process a minimum of 20-25 carts/hour.
8. When the cycle is complete the cart will be automatically discharged from the Kartwasher.
9. The Unit shall allow loading into the soiled entrance and shall be a pass through design allowing cart to exit on the clean side of the wash chamber.
10. Automatic injection of detergent/sanitizer and rinse agent with air actuated chemical pumps directly feeding into the water spray to avoid over-exposure of cart from improper chemical/water distribution.
11. The unit shall have a built-in blower for maximum drying of carts after wash cycle.
12. Popular Options: Built in sump, allows floor mounting without a concrete pit, eliminating costly concrete modifications. Fully automated, unattended operation. This allows carts to be processed without an operator.

Energenics In-line Space Saver Lint Filters

View/Download Energenics In-Line Space Saver Lint Filters Bid Specification (PDF)

The dryer exhaust shall be equipped with an automatically cleaned, one stage dry lint filter with the following capacity and construction:

1. The filter shall be sized to clean *insert model cfm rating cfm exhaust air with a measured resistance of no more than .3” W.C. at anytime during the dryer cycle.
2. The lint filter control shall be UL® 508A classified to include a PLC for maximum adjustability and performance. The control will have 24 VDC output voltage and be designed to meet all local and national codes.
3. The lint filter control shall automatically initiate a cleaning cycle when the filter inlet back pressure exceeds .4” W.C. (default). The back pressure set point shall be field adjustable. In addition to back pressure initiated cleaning the control must also incorporate an internal timer to allow the filter to clean at set time intervals.
4. The body of the filter shall be constructed of Class A fire retardant fiberglass meeting U.S. Navy QPL 21607, Grades 1 and 2, Class A with an ultraviolet protective coating. Or the filter body must be constructed of 304 grade stainless steel.
5. The filter media shall be a high temperature polyester monofilament fabric capable of removing 98% of all particles larger than 200 microns, collecting over 98% of the lint (by weight).
6. The Lint Filter shall have no control interconnection to the dryer resulting in 100% independent operation from the dryer.
7. The Lint Filter shall be furnished with Optional Fire Suppression which will sound an audible/visual alarm concurrent with a solenoid which will allow water spray to extinguish fire. The Fire Control system will have the ability to automatically reset.
8. The Lint Filter may be equipped with Optional Excess Pressure alarm which will sound an audible/visual alarm to indicate excess system back pressure.
9. The Lint Filter may be ordered with Optional Pre-Plumb/Pre-Wire to facilitate 80% of installation to be completed in manufacturing the Lint Filter. The Lint Filter shall be factory tested insuring proper operation upon start-up.
10. The Lint Filter may be equipped with a side discharge manufactured with 18 gauge galvanized sheet metal.

Central Vacuum for Multiple Lint Filters

View/Download Central Vacuum for Multiple Lint Filters Bid Specification (PDF)

The vacuum is designed to operate with multiple automatic blow down filters. Vacuum features and specifications in addition to the Filter:

1. The filter shall be designed to accept a normally closed 6 inch pneumatic gate valve which will open during the vacuum cycle. The valve will be controlled by the dryer and vacuum motor starter.
2. The vacuum shall be comprised of a 5.0 HP reverse incline blade fan and a 55 or 155 gallon translucent poly barrel which allows inspection of lint level from outside.
3. The vacuum shall have the capacity to operate with up to 6 lint filters.
4. The vacuum shall be equipped with a high temperature polyester filter screen impervious to alkali and acid to protect the blower.
5. The vacuum housing shall be manufactured with UL® Class-2 fire retardant fiberglass supported by a non-corrosive lightweight aluminum stand.
6. The vacuum shall come fully assembled, ready for electrical and pvc pipe connections for time expedient start-up.

Energenics Air Wash Series Lint Filters

View/Download Energenics Air Wash Series Lint Filters Bid Specification (PDF)

The dryer exhaust shall be equipped with an automatic self cleaning water-spray lint filter with the following capacity and construction:

1. The filter shall be sized to clean *insert model cfm rating cfm exhaust air with a measured resistance of no more than .3” W.C. through the filter.
2. The body of the filter shall be constructed of Class A fire retardant fiberglass meeting U.S. Navy QPL 21607, Grades 1 and 2, Class A with an ultraviolet protective coating. The fiberglass housing shall have a gasket joint at the horizontal centerline and otherwise no seams or joints, to eliminate cracking and leaking. The inside surface shall be highly polished with rounded corners to minimize lint buildup. The collector shall be shipped fully assembled with a 3/16” tubular steel structural frame. The booster fan shall be shipped on a separate skid for exhaust from the Lint Filter. The sump and pump shall be field installed.
3. The Lint Filter shall utilize a pressure, target spray system to produce the air washing spray. The complete spray system must be accessible from the outside of the unit. No spray nozzles with internal flow splitters shall be used. Water will be recirculated through a centrifugal pump.
4. Six cubic feet of lint storage shall be provided in one lint bag. Alternate: A dual lint sump shall be provided with 2 lint bags to hold 12 cubic feet of lint.
5. The Lint Filter shall have *insert quantity collars to accept *dimension dryer exhaust ducts.
6. The installer shall provide: (1) motor starters for the blower and pump with auxiliary contacts to interrupt each dryer’s start circuit unless the airwasher is on, (2) 8” pvc drain pipe with a 12” to 8” transition to fit the 12” drain outlet if the sump is to mounted remotely, and (3) a minimum three foot extension.

UV-MAX

UV-MAX Bid Specification

The UV-MAX is a rugged, automatic, mobile surface disinfection unit that shall be equipped and perform to the following specifications:

1. The unit shall be sized to expose 500 square feet with UV lighting in the “C” band wavelength.
2. The unit shall be equipped with 2 motion/heat activated sensors that will shut down the system when movement or heat is detected.
3. An emergency stop switch located on the unit to allow the unit to be manually shut down.
4. UV light bulbs must be shatterproof encapsulated in a material to not allow quartz or glass shards to be discharged in the event of breakage.
5. The control shall be a multi-color touch screen capable of user input field programming, total usage of bulb life in hours and give a real-time display of sequence/cycle.
6. The unit shall be manufactured with a rugged steel base with 8” casters to allow easy movement by the operator.

Energenics Wall Hugger Lint Filters

View/Download Energenics Air Free Lint Filter Bid Specification (PDF)

View/Download Energenics Duct Mounted Utility Free OPL Bid Specification.pdf

The dryer exhaust shall be equipped with an automatically cleaned, one stage dry lint filter with the following capacity and construction:

1. The filter shall be sized to clean *insert model cfm rating cfm exhaust air with a measured resistance of no more than .3” W.C. at anytime during the dryer cycle.
2. The body of the filter shall be constructed of Class A fire retardant fiberglass meeting U.S. Navy QPL 21607, Grades 1 and 2, Class A with an ultraviolet protective coating.
3. The Filter media shall be a high temperature polyester monofilament fabric capable of removing 98% of all particles larger than 160 microns, collecting over 98% of the lint (by weight).
4. The lint filter shall have the ability to automatically release lint from the screen by gravity and deposit into a storage bag for easy disposal
5. The Lint Filter shall have no control interconnection to the dryer resulting in 100% independent operation from the dryer.
6. The lint filter shall be completely without electrical utility connection thus allowing full operation without utilities.
7. Popular Options: Fusible link spray head for fire suppression, and Side Discharge for horizontal exhaust.