Ixom Medora gridbee sn 1 User manual

O&M_SN1_10055_20200529

GridBee SN 1

Owner's Manual

Table of Contents

About Ixom

Ixom combines knowledge and experience from across the water quality spectrum to help solve

real-world problems. Whether in Lakes, Stormwater Retention Ponds, Raw Drinking-Source Reservoirs, Water

Treatment Plants, Potable Storage Tanks, or Wastewater Treatment Processes, Ixom equipment continues to

be at the forefront as the #1 world leader for in-situ water body treatment.

Table of Contents

10014_20200528

GridBee SN 1

Owner's Manual

Safety 1

Package Contents 4

Requirements 6

Electrical 7

Assembly 8

Final Checklist 14

Operation 15

Technical Specifications 16

Exploded Parts Diagram 19

Dimension Drawing 20

Warranty 21

O&M_SN1_10055_20200529

Carefully read safety information when you see

any safety symbols.

Be sure you have read all installation, operation, maintenance and safety instructions before

you install, service or begin to operate this unit.

Accidents occur every year because of careless use of industrial equipment. You can avoid hazards

by following these safety instructions, and applying some ordinary common sense when operating or

servicing this unit.

Keep in mind that full operator attention and alertness are required when operating or servicing

this unit.

USE COMMON SENSE!! Most accidents can be avoided by using common sense and

concentration on the job being done.

Safety

1949_10036_20200528 O&M_SN1_10055_20200529 - 1

IMPORTANT!!!

Follow all federal and state laws in regards to

safety regulations of working at heights, conned

spaces, rescue, etc. as required by the U.S.

Department of Labor, Occupational Safety and

Health Administration. Use necessary PPE when

placing and servicing this unit.

Identify all possible hazards. Determine what

safeguards are needed and implement them.

Only you, the user, understand your product

and system characteristics fully. The ultimate

responsibility for safety is with you. Your

safety ultimately rests in your hands. Do

your part and you will enjoy safe, trouble free

operation for years to come. This instruction

manual is not intended to include a

comprehensive listing of all details for all

procedures required for placement, operation

and maintenance. If you have a question about

a procedure or are uncertain about any detail,

Do Not Proceed. Please contact Ixom

Customer Service at 866-437-8076 to speak

to a representative.

ELECTRICAL HAZARD

WARNING: THIS EQUIPMENT CONTAINS

HIGH VOLTAGE! ELECTRICAL SHOCK CAN

CAUSE SERIOUS OR FATAL INJURY. ONLY

QUALIFIED PERSONNEL SHOULD ATTEMPT

PLACEMENT, OPERATION AND MAINTENANCE

OF ELECTRICAL EQUIPMENT. REMOVE ALL

SOURCES OF ELECTRICAL POWER BEFORE

PERFORMING ANY SERVICE WORK TO THE

MACHINE. USE PROPER LOCKOUT TAGOUT

(LOTO) PROCEDURES TO ENSURE A SAFE

WORK ENVIRONMENT.

Rotating Hazard

CAUTION: KEEP BODY APPENANDAGES OR

LOOSE CLOTHING AWAY FROM EQUIPMENT

WHILE OPERATING. ENSURE EQUIPMENT IS

OFF BEFORE ATTEMPTING SERVICE.

Crush Hazard

WARNING: DO NOT REMOVE ANY FLOAT

ASSEMBLY BOLTS OR PINS WHILE EQUIPMENT

IS FLOATING IN WATER. EQUIPMENT MUST BE

SECURELY SUPPORTED BEFORE PERFORMING

SERVICE.

Laceration Hazard

CAUTION: EDGES MAY BE SHARP AND CAUSE

LACERATION IF PROPER CARE IS NOT USED.

Entanglement Hazard

WARNING: ENSURE THAT PERSONNEL ARE

CLEAR OF THE ELECTRIC CORD AND CHAIN TO

AVOID ENTANGLEMENT.

Thin Ice Hazard

WARNING: ICE SURROUNDING MACHINE MAY

NOT SUPPORT WEIGHT, KEEP CLEAR OF THIN

ICE.

Safety

1949_10036_20200528 O&M_SN1_10055_20200529 - 2

Permit-Required

Conned Spaces

A conned space has limited openings for

entry or exit, is large enough for entering and

working, and is not designed for continuous

worker occupancy. Conned spaces include

underground reservoirs, ground storage tanks,

elevated tanks, silos, manholes, and pipelines.

Conned Space Tips

• Do not enter permit-required conned spaces

without being trained and without having a

permit to enter.

• Review, understand and follow employer’s

procedures before entering permit-required

conned spaces and know how and when

to exit.

• Before entry, identify any physical hazards.

• Before and during entry, test and monitor for

oxygen content, ammability, toxicity or

explosive hazards as necessary.

• Use fall protection, rescue, air monitoring,

ventilation, lighting and communication

equipment according to entry procedures.

• Maintain contact at all times with a trained

attendant either visually, via phone, or by

two-way radio. This monitoring system

enables the attendant and entry supervisor

to order you to evacuate and to alert

appropriately trained rescue personnel to

rescue entrants when needed.

Refer to 29 CFR 1910.146 for complete

regulations set by OSHA. Refer to your state's

regulations if your state established and operates

their own safety and health programs approved

by OSHA.

Protect Yourself

It is important that you comply with all relative

OSHA and local regulations while installing

and performing any maintenance to the mixer

circulation equipment.

Key OSHA Compliance Standards that must

be followed (and not limited to) are:

• 1910.146 Permit-required conned spaces

• 1910.147 Lockout/Tagout

• 1926.500 Fall Protection

Fall Protection Tips

• Identify all potential tripping and fall hazards

before work starts.

• Look for fall hazards such as unprotected

oor openings/edges, shafts, open hatches,

stairwells, and roof openings/edges.

• Inspect fall protection and rescue equipment

for defects before use.

• Select, wear, and use fall protection and

rescue equipment appropriate for the task.

• Secure and stabilize all ladders before

climbing.

• Never stand on the top rung/step of a ladder.

• Use handrails when you go up or down stairs.

• Practice good housekeeping. Keep cords,

welding leads and air hoses out of walkways

or adjacent work areas.

Refer to 29 CFR 1926.500 for complete

regulations set by OSHA. Refer to your state's

regulations if your state established and operates

their own safety and health programs approved by

OSHA.

Lockout Tagout

When the On/Off switch is in the "ON" position,

the mixer may start up at any time if not already

operating. The mixer's On/Off switch can be

locked out by placing a pad lock thru the door latch

of the controller after the switch has been turned

to the "OFF" position. The On/Off switch is to be

used as the emergency stop.

Safety

1949_10036_20200528 O&M_SN1_10055_20200529 - 3

SN1 Spray Unit Contents

SN1 Core Unit

6” x 40’ White Hose

Torque Bar Assembly (M8 or 1/2” Box

Wrench & Socket Wrrench Not Supplied)

Submersible Electric Cord

Crate Unpacking Note: A #2 Square Driver Bit is required for crate disassembly

50’ Stainless Steel

Retrieval Chain

Hardware Kit, SN1

White Tote Kit

F1 Ventilation Blower,

Completely Assembled

Package Contents

10062_20200221 O&M_SN1_10055_20200529 - 4

Hardware Kit, White Tote Contents

2 1/2” Hole Saw

(Cordless Drill Not Supplied)

Anti-Sieze Tube

1 5/16” Hole Saw

(Cordless Drill Not Supplied)

Lexel

Sealant Tube

(2) Kellem Grip

Cord Strain Reliefs

Universal Fixture

(3) Hair Pins

(2) 6” Hose Clamps

(5/16” Nut Driver Not Supplied)

(3) Float Lock

Clevis Pins

Epoxy Tube

(Caulk Gun Not Supplied)

6” Hose Tube Insert Epoxy Splice Kit

Cord Grip

(6) Quick Link

Package Contents

10062_20200221 O&M_SN1_10055_20200529 - 5

Hatch Requirement

A 18 inch (460 mm) diameter hatch opening is required

to t the SN1 through.

Power Requirement

SN1 Spray Unit: 240vAC, 30 amp double pole service

and means of quick power disconnect recommended.

F1 Ventilation Blower Unit: 240vAC, 20 amp double

pole service and means of quick power disconnect

recommended.

Figure 1: Typical SN1 Placement

(Optional) Control Panel(s)

Universal Fixture (3/4” NPT Female)

Supplied with SN1 and located within

arms reach of the hatch.

SN1: Exterior Conduit and 3-Conductor Power

Cable (2-Power + 1-Ground)

F1 Ventilation Blower: Exterior Conduit and

3-Conductor Power Cable (2-Power + 1-Ground)

Terminate conduit using ex

conduit with male thread end for

panel mount

Terminate conduit ends using ex conduit with:

SN1: Male 3/4” NPT, LB or Disconnect Box

F1 Ventilation Blower: Male 1/2” NPT with nut

240vAC, 30Amp

Double Pole

Circuit Breaker

Locate power source ex conduit termination at customer

preferred location of Mixer Control Panel

TYPE

RATING FULL LOAD MAXIMUM LOAD

WINDING

RES. IN

OHMS

EFFICIENCY POWER

FACTOR % LOCKED

ROTOR

AMPS

KVA

CODE

HP KW VOLTS HZ S.F. AMPS WATTS AMPS WATTS RES. S.F. F.L. S.F. F.L.

SN1 1.5 1.1 230 60 1.3 10.6 1770 13.1 3400 1.5 - 2.1 64 63 83 76 66.2 M

F1 Ventilation

Blower 0.5 115 / 230 60 1.15 5.2 / 2.6 6.0 / 3.0 22.7 / 11.35

Requirements

SN1 Requirements

Electrical Integration

10076_20200221 O&M_SN1_10055_20200529 - 6

INTERCHANGE ANY TWO LINES (1-3) TO

REVERSE ROTATION.

Single Phase Wiring Three Phase Wiring

2.6 Amps @ 230VAC / 60HZ / 1-Phase

Motor Resistance: 4.9 Ω

5.2 Amps @ 115VAC / 60HZ / 1-Phase

Motor Resistance: 1.9 Ω

Service Factor: 1.15

1.6 Amps @ 230VAC / 60HZ / 3-Phase

Motor Resistance: 11.5 Ω

1.8 Amps @ 208VAC / 60HZ / 3-Phase

Motor Resistance: 11.5 Ω

0.8 Amps @ 460VAC / 60HZ / 3-Phase

Motor Resistance: 43.0 Ω

Service Factor: 1.15

L2L1L2

328

INTERCHANGE 5 AND 8 LEADS TO

REVERSE ROTATION.

LOW

VOLTAGE

LOW

VOLTAGE

HIGH

VOLTAGE

HIGH

VOLTAGE

6 4

789

6 4

L2L1 L3 L2L1 L3

Electrical

Wiring for F1 Ventilation Blower Unit

Wiring and Motor Data

2113_10368_20200221 O&M_SN1_10055_20200529 - 7

Penetration Detail

SN1 Electric & F1 Ventilation Blower Air

SN1 Electric Penetration

1. Locate 1-5/16” Hole Saw, Universal Fixture Assembly, and Lexel Tube from Package Contents

2. Determine penetration point that is within arms reach of the access hatch in the tank roof. Do not install below tank

overow water level.

3. Make sealed penetration referencing the following diagram:

F1 Ventilation Blower Air Penetration

1. Locate 2-1/2” Hole Saw, 1.25” Bulkhead Fitting, and Lexel Tube from Package Contents

2. Determine penetration point that is A) within arms reach of the access hatch in the tank roof and

B) relatively close to directly above the SN1 Spray Unit position. Do not install below tank overow water level.

3. Make sealed penetration referencing the following diagram:

Tools Required:

Cordless Drill, Lubricating Fluid, Catch Bucket, Cleaning materials for containing sealant and metal lings

Assembly

10077_20200221 O&M_SN1_10055_20200529 - 8

Hose Connection

SN1 Upper Hose and Torque Bar Lower Hose Connection

SN1 Upper Hose Connection

1. Locate 6” Hose, 6” Hose Clamp, ans SN1 Core Unit from Package Contents

2. Slide 6” Hose Clamp around one end of the 6” Hose

3. Slide that end of 6” Hose around motor and pump of SN1 Core Unit assembly

4. Continue sliding hose up until it is completely over and well past the ared out part of the SN1 Core Unit ange

5. With 6” Hose Clamp around 6” Hose and past ared out part of SN1 Core Unit, Tighten 6” Hose Clamp

Torque Bar Lower Hose Connection

1. Locate 6” Hose Tube Insert, 6” Hose Clamp, and Torque Bar Assembly from Package Contents

2. Slide 6” Hose Tube Insert inside the the lower end of the 6” Hose until it is ush with the end

3. Open the 6” Hose Clamp up by loosening screw, slide it through either of the two slots on Torque Bar Assembly

4. Close the 6” Hose Clamp up by hand tightening screw.

5. Slide the 6” Hose Clamp over the end of the hose, so it is approximately centered over Tube Insert and tighten

6. Leave Torque Bar in the existing collapsed conguration until later when it is deployed through roof hatch

Tools Required:

Cordless Drill and 5/16” Nut Driver

3 & 4

Assembly

10077_20200221 O&M_SN1_10055_20200529 - 9

Electric Cord Splice & Routing

Electric Cord Splice

1. Locate SN1 Core Unit, Epoxy Splice Kit, Epoxy Tube, Kellem Grips, and Submersible Electric Cord from Package

Contents

2. Locate the motor lead wires above the SN1 Core Unit, strip the wires to prepare them for crimp connection

3. At an end of the Submersible Electric Cord, slide one Kellem Grip a short distance down cord, then strip away the

jacket & wires to prepare them for crimp connection

4. Match lead jacket colors, crimp wires together, and slide insulative cap over each crimp connnection

5. Get caulking gun ready with epoxy tube and ll splice PVC pipe about 1/2 full with epoxy

6. Slide spliced connected wires/caps all the way inside to the bottom of PVC pipe, plunge up and down

7. Fill the remainder of the PVC pipe full with epoxy

8. Bolt bracket to SN1 Core Unit using M8 bolt in Epoxy Splice Kit

9. Avoid tipping upside down for 60 minutes or until set, then clamp PVC pipe to bracket with small hose clamp

Tools Required:

Caulking Gun, Wire Stripper, Crimper, Pliers, and 13mm or 1/2” box end & socket wrench

3 & 4

6 & 7

Submersible Electric Cord (top side)

1. Loosen interior cord grip on the Universal Fixture and slide other kellem grip on opposite, non spliced end of

Submersible Electric Cord.

2. When applicable, route the non-spliced end of the Submersible Electric Cord through the hatch, then up through cord

grip and Univeral Fixture Assembly, allowing plenty of extra length to splice to exterior power conductors at LB or

Disconnect Box shown on Requirements Page.

3. Secure Kellem Grip to interior Universal Fixture Assembly using shared quick link with retrieval chain.

Assembly

10077_20200221 O&M_SN1_10055_20200529 - 10

Retrieval Chain Connection

Tools Required:

Pliers

Retrieval Chain Connection

1. Locate Retrieval Chain, Quick Link, and SN1 Core Unit from Package Contents

2. Connect end of Retrieval Chain to Eyelet at the very top of the SN1 Core Unit by making a small loop and using

Quick Link to secure the loop of chain.

3. Run opposite end of Retrieval Chain through roof hatch and connect to the interior side of Universal Fixture using

quick link.

Assembly

10077_20200221 O&M_SN1_10055_20200529 - 11

Interior Assembly (After Fitting Through Hatch)

Tools Required:

13mm or 1/2” box end & socket wrench

Interior Assembly (After Fitting Through Hatch)

The SN1 Unit at this point is ready to be deployed, but it’s important to make a lowering/support plan, because

there a two interior assembly procedures that need to take place:

1. When the Torque Bar Assembly at the bottom of the hose is just through the hatch, it needs to be expanded into it’s

cross conguration. This involves:

A) Removing an existing M8 bolt/nut, B) Expanding Torque Bar, then C) Reinserting/Tightening the M8 bolt/nut

2. When the Collapsed SN1 Core Unit’s Floats just pass all the way through the hatch, they each need to be:

A) expanded all the way out until the square tubing is set inside the oat arm channel, B) Insert the Float Lock Pin and

Hair Pin to secure the oat in the expanded conguration, C) Repeat for other two Floats.

1A & 1C

Assembly

10077_20200221 O&M_SN1_10055_20200529 - 12

F1 Ventilation Blower Unit Mounting

Blower Mounting

1. Locate F1 Ventilation Blower Unit, 1.25” Flanged Elbow Pipe, Flange Gasket, Flange Bolts,Nuts,Washers, and

Anti-Sieze Tube from the Package Contents

2. Mark out a location for the F1 Ventilation Blower Unit to reside in its nal position (24” L X 12” W X 18” H Required)

3. Apply anti-sieze to the threads of the 1.25” Flanged Elbow Pipe and thread it into the 1.25” Bulkhead Fitting on the tank

roof. Tighten the Flanged Elbow Pipe so that the ange is facing the direction of the nal F1 Ventilation Blower position

determined

4. Position the F1 Ventilation Blower so that the anges are close to aligning. Make nal alignment adjustments by

moving the nuts on the two threaded rod feet

5. Insert the Flange Gasket in between the anges, then secure the anges using the bolts, nuts and washers

6. Finish by tightening the threaded rod nuts so that the two feet are snugly pushing against the tank roof

Tools Required:

Pipe Wrench, Channel Locks, 19mm or 3/4” box end & socket wrench

4 & 5

4 & 6

Assembly

10077_20200221 O&M_SN1_10055_20200529 - 13

Installation Checks

Before starting the SN1 Spray Unit and F1 Ventilation Blower Unit, a few checklist items are recommended to

conrm the installation is correct.

Installation Checks Check

Is the SN1 oating properly with all three oats expanded out? (Assembly)

Is the SN1 retrieval chain connected securely? (Assembly)

Is the kellum grip supporting the weight of the cord? (Assembly)

Is the cord ran through the cord grip and sealed off at the bottom of the Universal Fixture (Assembly)

Are the Universal Fixture and 1.25” Bulkhead penetrations properly sealed? (Assembly)

Are the top of tank electric splices correct and each splice individually sealed to protect from

corrosion? (Assembly)

Is the eld wiring correct? (Requirements)

Is The Mixer submerged in at least 4’ (1.2m) of water?

Pre Operation Checks Reading

Continuity Check Black to White:

Discontinuity Check

White to Ground:

Black to Ground:

Source Voltage Reading

Operation Check (While Unit is Running) Reading / Observation

Source Voltage Reading

Amperage Reading

Spray/Air Check Auditory

Spray/Air Check Visual

Operation Checks

The following checklist items are recommended to

conrm proper operation.

Final Checklist

10080_20200221 O&M_SN1_10055_20200529 - 14

F1 Blower Operation

Motor Amperage

When the 1/2HP Blower is operating at peak performance, the motor amperage will be in between full and max load of

the rated motor current. The following table can be referenced for a 1/2HP Blower Unit.

HP Voltage Typical Full Load Amperage

0.5 230vAC 1-Phase 1.5 to 2.6 Amps

Amperage Readings Outside Normal

If amperage readings are not within range, it may be indicating that there is an excessive restriction to the air ow of the

machine or that the blower is no longer performing optimally. For low motor amperage, check the air lter for restriction

and clean or replace as necessary. The Replacement Air Filter Element is readily available by searching for the

following make and model number: SOLBERG 19P

For very high motor amperage or tripping breaker, additional checks may be required, such as measuring voltage, current,

and taking resistance readings for the electric power leads and motor windings.

Operation SN1:

Motor Amperage

When the SN1 is operating at peak performance, the motor amperage will be in between full and max load of the rated

motor current. The following table can be referenced for a SN1 Spray Unit.

HP Voltage Typical Full Load Amperage

1.5 230vAC 1-Phase 11.0 to 13.5 Amps

Amperage Readings Below Full Load Amperage

If amperage readings are signcantly below the Typical Full Load Amperage, it may be indicating that there is an

excessive restriction to the water ow of the machine or that the submersible pump is no longer performing optimally. For

low motor amperage, check that there is not blockage of the center nozzle opening for each of the multiple nozzle heads.

Amperage Readings Above Full Load Amperage

If amperage readings are signicantly above the Typical Full Load Amperage, it may indicate that the pump screen is

blocked with large debris or that the nozzle assembly has worn openings and requires replacement. The pump and motor

assembly can be removed from the oating frame assembly for inspection.

For very high motor amperage or tripping breaker, additional checks may be required, such as measuring voltage, current,

and taking resistance readings for the electric power leads and motor windings.

Operation

SN1 Spray Unit & F1 Blower Unit

10081_20200221 O&M_SN1_10055_20200529 - 15

Technology Description- Floating, electric powered, circulation and Trihalomethane (THM) removal equipment for

potable water tanks and reservoirs. Designed for continuous operation and placement through 18-inch diameter (46 cm),

minimum clear roof opening.

Electrical Requirements - Requires 230vAC, 1-PH, 60Hz power. Ixom recommends secondary disconnect to be

located near equipment access hatch. Optional 1-phase control panel operates both SN1 Spray Unit and Blower. All

switches, breakers, emergency stop buttons, control panels and other controls shall be installed in accordance to all NEC,

State, and local regulations. (Not supplied by Ixom.)

Patent Pending Subject to change without notice.

Certications - Ixom's potable water products are certied to ANSI/NSF Standard 61, and 372 for lead-free content.

Learn more at: www.medoraco.com/std61

Maintenance / Warranty - Limited maintenance. Limited 2-year parts and labor warranty. See Warranty Statement for

details.

Spray Unit Direct Flow Rate - 75,000 Gallons Per Day,

GPD. Ixom application engineering evaluations often require

sizing systems based on site specic conditions and NOT

the spray aeration direct ow rate.

Minimum Water Depth - Minimum of 48 inch (1.2 m)

operating depth required, do not operate out of water.

Sealed Penetration Fitting - T316 stainless steel tank tting with a 3/4” NPT female connection. Not designed as

a submersible penetration.

SN1 Wiring - 3-conductor, submersible power cable for submersible motor wiring terminated exterior at top of tank.

SN1 Motor - 1.5HP stainless steel submersible, designed for continuous operation, low power requirement, direct

drive, no gearbox and no lubrication schedule required. See certications section below.

Materials of Construction - T316 stainless steel,

thermoplastic rubber, High Density Polyethylene construction.

GridBee® Machines are constructed using safe materials for

contact with potable water. See certications section below.

Minimum Access Opening - Machine can be placed

through 18 inch (46 cm) diameter opening.

Intake - 20 to 100+ feet (6 to 30+ m) available in 6 inch (15.3 cm) diameter X 20 feet (6 m) sections, thermoplastic rubber,

NSF/ANSI 61 approved. Includes low elevation inlet that draws water in a horizontal layer within 6 inches (15 cm) of the

tank or reservoir oor. Includes intake retrieval chain constructed of 316 stainless steel.

Shipping Size / Weight

• Crate - 72 inch x 48 inch x 48 inch (1.85 m x 1.22 m x 1.22 m) / 400lbs (185 kg) Exact weight and dimensions varies

dependent on machine conguration.

Minimum Head Space - Minimum of 19 inch (50 cm) head

space between water level and reservoir/tank ceiling required.

Blower Motor - 0.5HP TEFC motor, designed for continuous operation, low power requirement, direct drive, no

gearbox and no lubrication schedule required.

Figure 1: SN1

Technical Data Sheet

SN1

1959_10056_20200421 O&M_SN1_10055_20200529 - 16

Technology Description- Single Stage Ventilation Blower with electric motor. Filtered air intake, distributes air inside tank

for ventilation of tank head space, designed to evacuate volatilized THM’s, gases and other contaminants from the head

space. Features 1.25” bulk head tank connection and supported by 2 adjustable self-leveling feet.

Electrical Requirements - Requires 120VAC or 240VAC for single-phase units, and 208-240VAC or 480VAC for

three-phase units, 60Hz power. Each motor is dual voltage and can be wired for either low or high voltage. Ixom

recommends secondary disconnect to be located near blower equipment. For three-phase motors, three-phase motor

protection is recommended. All conduit, conductors, switches, breakers, emergency stop buttons, control panels and

other controls shall be installed in accordance to all NEC, State, and local regulations. (Not supplied by Ixom)

Subject to change without notice.

Maintenance / Warranty - Limited maintenance. Limited 1-year parts only. See GridBee THM Removal Systems Limited

Replacement Warranty for more details.

Air Filter - 99%+ removal efciency to 5 micron, pleated

polyester air lter rated for 100 CFM (2.8 m3/min), 1.5 ft2

surface area, washable, epoxy coated steel wire reinforcement

on both sides. Molded plastisol endcaps.

Dimensions: 3” ID, 4.38” OD, 4.75” H.

PN: 20012058

Sealed Tank Penetration - Gasketed 1.25” NPT bulk head tting, T316 stainless steel, tank tting with a 2-1/2” diameter

tank roof penetration required for air entry. Penetration sealed with LEXEL rubber-based sealant and rubber gasket to

maintain integrity of the tank . Not designed as a submersible penetration.

Wiring - 3-conductors required for single-phase motors. 4-conductors required for three-phase motors. Electrical

conduit body mounted to motor housing for conduit connection and electrical splicing.

Motor - 1/2HP TEFC induction motor, designed for continuous operation, low power requirement, direct drive, no

gearbox and no lubrication schedule required. No heater. Estimated 66dba at 1.5m, 60Hz.

Materials of Construction - T316 stainless steel, power

coated steel, EPDM construction.

Air Flow Rate - 54 cubic feet per minute (1.5 cubic meters

per minute) at 6” (15.24cm) of H2O . 60 cfm max rated at

60Hz, 50 cfm max rated at 50Hz.

Shipping Size / Weight

• Crate - 20in x 20in x 20in (50.8cm x 50.8cm x 50.8cm) / 35lbs (15.8kg).

Vibration Isolation - Secured to T316SS bulk head tting,

supported by self-leveling dampening feet, constructed of

glass-reinforced nylon with elastomer pad for anti-skid and

light-duty vibration control applications.

Motor Bearing - bearings lled with low-noise, low-friction grease, lubricated for life and are maintenance-free.

The grease life is considered L10. (-20°F, +300°F)

Part Numbers - 100536 (single-phase)

100994 (three-phase)

Figure 1: F1 Ventilation Blower

Technical Data Sheet

F1 Ventilation Blower

2046_10222_20200529 O&M_SN1_10055_20200529 - 17

Dimension Drawing

F1 Ventilation Blower

Dimension Drawing (P/N: 100536)

2000_10058_20200221 O&M_SN1_10055_20200529 - 18

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