Ixom Gridbee gf10000 User manual

O&M_GF10000_10492_20220121

GridBee GF10000

Owner's Manual

Table of Contents

10014_20220110

GridBee GF10000

Owner's Manual

Safety 1

Operation 4

Features 5

Assembly 14

Maintenance 21

Electrical 27

Troubleshooting 29

Parts Diagram 32

Dimension Drawing 33

Appendix 34

Technical Specifications 35

Warranty 41

Service Program 42

Customer Service 43

O&M_GF10000_10492_20220121

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_20220110 O&M_GF10000_10492_20220121 - 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

Watercare 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_20220110 O&M_GF10000_10492_20220121 - 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/O󰀨 switch is in the "ON" position,

the mixer may start up at any time if not already

operating. The mixer's On/O󰀨 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/O󰀨 switch is to be

used as the emergency stop.

Safety

1949_10036_20220110 O&M_GF10000_10492_20220121 - 3

The GridBee is designed to circulate water by

bringing water from below and sending it out

across the top in a thin layer causing a mixing

effect. The laminar layer ows outward radially, in

diverging “stream lines” from the distribution dish.

As it does, vertical ow is induced in between the

water being drawn below and the water above. At

the level of the ow intake, water is drawn from

all corners of the pond. As this lower layer of uid

makes its way inward with converging streamlines

to the GridBee, the water is forced upward, toward

the surface, providing gentle mixing,

de-stratication, and surface renewal.

The GF series GridBee requires a minimal amount

of AC grid-power. The grid provides power

to the onboard AC:DC power box and motor

controller that drive the brushless motor. The GF

Technology allows the GridBee to operate during

day and night while drawing minimal amount of

power from the grid.

During operation, a visible ow can be observed

coming off the distribution dish and spreading

outward. The motor and impeller is designed to

operate at the same full speed as the

solar-powered SolarBee models.

GridBee Flow Pattern

Flow Coming Off Distribution Dish

Operation

GF Series

10181_20220110 O&M_GF10000_10492_20220121 - 4

SCADA outputs o󰀨ering machine operation parameters

reside within the digital controller. Please contact us if

you are interested in receiving these parameters.

Motor Controller - The motor controller is located near

the motor just below the top plate of the Machine. The

motor controller is sealed in line with the electrical cord

that runs to the brushless motor.

The motor controller on the Machine receives power

and signals from the main control center located inside

the external enlosure. These signals are used to

operate the brushless motor at the commanded speed.

The motor controller also sends feedback signals back

up to the main control center.

Due to the high frequency of communication between

the motor controller and brushless motor, the two

components need to be located close to one another.

This is the primary reason for having the motor

controller located directly on the Machine.

All electronic connections on the Machine equipment

should only be used for the inputs or outputs that they

are labeled and designed for. If any of the leads going

into the electronic controller are disconnected, be

sure when re-connecting to place them in the proper

position.

Wiring - All electric wiring includes corrosion-resistant,

industrial cords with molded, weather and watertight

connectors. The connectors are indexed to prevent

improper wiring. A general electrical schematic can

be found in the Maintenance and Field Adjustment

section.

Motor Control Cord

Durable Wiring And Connectors

Features

SB and GF Large Frame Mixers

10267_20220110 O&M_GF10000_10492_20220121 - 5

Brushless Motor / Impeller

Brushless Motor - The brushless motor is located

directly below the Top Deck. 4 bolts run down through

the Top Deck and into the housing of the brushless

motor fastening it onto the machine.

The brushless motor is built to be very durable. The

housing is constructed of casted aluminum. The

brushless motor runs very quietly and smoothly. It

does not require any maintenance. A drive shaft

extends through the bottom center of the housing.

CAUTION: THE BRUSHLESS MOTOR WEIGHS

APPROXIMATELY 80 LBS (36KG). DO NOT

REMOVE WITHOUT DISCUSSING THE

PROCEDURES AND EQUIPMENT NECESSARY

WITH A SERVICE TEAM MEMBER.

Shaft Coupling - The shaft coupling connects the

brushless motor drive shaft to the impeller shaft. The

shaft coupling is located directly below the brushless

motor and is made up of 3 main components. These

components are called the upper coupling, lower

coupling, and coupling sleeve. The shaft coupling is

designed to allow quick disconnect for removal of the

impeller assembly. Disconnecting the impeller shaft

from the brushless motor shaft is simply accomplished

by pulling out a pin and requires no tools. The upper

coupling remains attached to the brushless motor while

the lower coupling and coupling sleeve remain on the

impeller shaft.

Brushless Motor

Upper Coupling

Lower Coupling

Coupling Sleeve

Clevis Pin

Features

SB and GF Large Frame Mixers

10267_20220110 O&M_GF10000_10492_20220121 - 6

Impeller Assembly - The impeller assembly is made

up of the stainless steel impeller shaft, stainless steel

ag indicator, freeze sleeve, stainless steel impeller

blades, and plastic impeller bushing. The impeller

assembly is easily removed by pulling a pin on the

shaft coupling.

CAUTION: KEEP BODY APPENDAGES OR

LOOSE CLOTHING AWAY FROM THE IMPELLER

ASSEMBLY WHILE THE MACHINE IS OPERATING!

IF MAINTENANCE IS REQUIRED, BE SURE TO

TURN THE MACHINE OFF FIRST!

The ag indicator is xed to the shaft and used as a

visual indicator of the impeller shaft's rotational speed.

An food grade oil-lled, Teon freeze sleeve secured

with o-rings surronds the impeller shaft. The freeze

sleeve is free to rotate on the shaft. If the water should

freeze around the machine, the freeze sleeve will stand

still, frozen in by the ice, but inside the plastic sleeve,

the impeller shaft will be turning.

The impeller blades are welded to a hub that is

securely fastened to the impeller shaft. The impeller

is designed to gently pump water from below and can

handle up to 4-inch (10cm) spherical solids.

The impeller bushing is a smooth collar that the

impeller shaft tip ts into. The impeller bushing aligns

and centers the impeller shaft within the machine.

Turn Machine O󰀨 Before

Performing Maintenance

CAUTION

Moving blade.

Rotating parts and shaft can

cause injury.

Keep hands clear while

machine is operating.

Flag

Indicator

Impeller Blades

Impeller Hub

Freeze Sleeve

Impeller

Bushing

Block

Impeller Assembly

Features

SB and GF Large Frame Mixers

10267_20220110 O&M_GF10000_10492_20220121 - 7

MODEL MAY VARY

Distributor Dish

The distributor dish, structural members, structural

fasteners, and mounting brackets are constructed

of stainless steel.

Distributor Dish - Near-laminar ow is achieved

by the Machine due to its uniquely designed

distributor dish. The impeller rotates while sitting

within the lower half of the distributor dish. There

are also small water passages located below the

dish to strengthen the induced ow e󰀨ect (water

movement occuring between the lower water layer

entering the machine and the upper water layer

leaving the dish).

The top lip of the distributor dish is set from 3/4

inch to 2.5 inches (2 cm to 6.4 cm) (Please refer

to the table below for exact settings) below the

surface of the water to achieve best ow results.

The distributor dish depth is set by rotating the

turnbuckles located on the oat arms.

Distributor Dish

Machine Model Water Level

2500 3/4 in to 1 in (2 cm to 2.5 cm)

5000 1 in to 1 1/2 in (2.5 cm to 3.8 cm)

7500 2 in to 2 1/2 in (5.1 cm to 6.4 cm)

10000 2 in to 2 1/2 in (5.1 cm to 6.4 cm)

Features

SB and GF Large Frame Mixers

10267_20220110 O&M_GF10000_10492_20220121 - 8

GF2500 GF7500GF5000 GF10000

Hose / Strainer - The hose is directly below the distributor dish and the strainer is located at the end of

the hose. The strainer contains a buoyant oat ball inside that allows the strainer to draw water from

approximately 1.5 ft to 2 ft (0.45m to 0.6m) above solid bottom. The hose is designed to make a "J" shaped

bend at the bottom so that the strainer does not draw sediment up from the bottom. The strainer has a chain

connected to it and can be chained up at more shallow depths if necessary. The chain also is used for pulling

up the strainer to check it for plugging.

Hose and Strainer Conguration - MODEL MAY VARY

SB2500 SB7500SB5000 SB10000

Features

SB and GF Large Frame Mixers

10267_20220110 O&M_GF10000_10492_20220121 - 9

Float Arms / Floats

The Machine contains 3 oat arms and 3 oats. The oat

arms allow vertical positioning of the machine and the

oats provide buoyancy.

Float Arms - The oat arms are constructed of stainless

steel components. They connect the oats to the

central machine structure. Each oat arm has a sturdy

turnbuckle. The turnbuckles can easily be rotated

to adjust the vertical height of the distributor dish.

Lengthening the turnbuckle (rotating clockwise) will raise

the lip of the distributor dish, whereas shortening the

turnbuckle (rotating counter-clockwise) will cause the lip

of the distributor dish to lower.

The turnbuckle and oat arm structure components are

constructed with robust stainless steel materials allowing

the Machine to operate in severe environments without

being damaged. The turnbuckle is self locking. Simply

rotate the handle to expand or collapse the turnbuckle for

dish depth adjustment.

It is important to check the distributor dish depth routinely.

The Machine naturally drops into the water over time

due to biomass buildup and trapped air escaping from

the hose. If the distributor dish lip is too high, the water

coming o󰀨 the lip may become turbulent and the ow rate

of the machine may be reduced.

Turnbuckle

Float Arm

Handle

(Refer to table below)

Distance Between Distributor

Dish And Water Level

Dish Depths For Di󰀨erent Models

10000

7500

5000

2500

WATER LEVEL NOTCH SETTING FOR:

Machine Model Water Level

2500 3/4 in to 1 in (2 cm to 2.5 cm)

5000 1 in to 1 1/2 in (2.5 cm to 3.8 cm)

7500 2 in to 2 1/2 in (5.1 cm to 6.4 cm)

10000 2 in to 2 1/2 in (5.1 cm to 6.4 cm)

Features

SB and GF Large Frame Mixers

10267_20220110 O&M_GF10000_10492_20220121 - 10

If the distributor dish lip is too low, the water coming

o󰀨 the lip will ow just underneath the surface of the

pond and the surface will not be renewed.

Each oat arm is connected to the central machine

structure with 1 bolt and 1 pin. Each oat is

connected to the oat arm by 2 pins. The turnbuckle

can be removed from the oat arm by pulling a pin,

but should only be done when the unit is resting on

the shore.

If re-attaching the turnbuckle to the oat arm, be sure

that each threaded end of the turnbuckle together are

screwed all the way in or all the way out before re-

attaching. If threaded ends are not equally expanded

or collapsed before xing the ends, the turnbuckle will

have limited adjustment.

Floats - The Machine has 3 oats, made from high

density Polyethylene. The oats are lled with a

Polystyrene closed-cell foam for long term buoyancy.

The oats have a uniquely designed shape to:

• Minimize the interference with the water

ow on the surface coming o󰀨 the distributor

dish.

• Have a low prole above the water for

minimizing wind resistance and o󰀨ering less

exposure to vandalism.

• Avoid being crushed by ice pressure.

• Provide extra buoyancy when needed without

going much deeper into the water.

Float Arm Connection Points

Float

CAUTION: DO NOT REMOVE

ANY FLOAT ASSEMBLY PINS OR

BOLTS WHILE THE MACHINE IS

FLOATING IN THE WATER! THE

MACHINE MUST BE RESTING

ON THE GROUND OR SAFELY

SUPPORTED TO RELIEVE

THE FORCES ON THE FLOAT

ASSEMBLY STRUCTURES PRIOR

TO DISASSEMBLY! FAILURE

TO FOLLOW THIS WARNING

COULD LEAD TO SINKING THE

MACHINE OR SERIOUS INJURY!

Features

SB and GF Large Frame Mixers

10267_20220110 O&M_GF10000_10492_20220121 - 11

Anchoring Systems

The GridBee uses a tethering system to secure

the machine into position. The tethering system

uses cable that spans across the pond or reservoir

connecting to tethering anchors on the shoreline.

Tethering System - The tethering system consists

of 2 duckbill anchors set into the shoreline across

from one another. A stainless steel cable is strung

across the pond or reservoir and tied to both

tether anchors. The GridBee has 2 short chains

running from two of the oat arms through the oat

plates on the machine out to the cable line running

across the pond or reservoir.

Following severe weather conditions (greater than

80-mph (129 km/hr) wind, higher than 4-ft (1.2m)

waves, or ice thaw), it is possible for the duckbill

anchors to pull partly or completely out of the

ground, or the tether cable span across the pond

to break loose from the duckbill anchors. If this

should happen, the pond or reservoir operator

will need to re-locate the machine to its original

position.

Movement of machine - For a GridBee anchored

by a tether system, the machine will have limited

movement, however slack will be left to allow for

water uctuation. The tether line slack will be

eld determined based on tether line span and

expected water uctuation. The GridBee will not

rotate when it is anchored using the tether system.

Tethering System

Features

GF Large Frame Mixers Anchoring Systems

10302_20220110 O&M_GF10000_10492_20220121 - 12

STEP 1: Set two duckbill anchors across the pond from

one another so that the center of a straight line between

the two anchors is the approximate location that the

SolarBee/GridBee will be placed. (Figure 1)

STEP 2: Drive in the duckbill anchors into the ground at

desired location using a 5/8” or 7/8” rod. (Figure 2)

STEP 3: Tie o󰀨 the tether cable to the eye loop of the

duckbill anchor. Use 10 mm wrench to tighten both nuts

on each cable clamp. (Figure 3 & 6)

STEP 4: Secure one end of the tether cable across

the pond and tie it o󰀨 to the other anchor leaving some

slack/droop in the line. (See Figures 1, 3 & 6) The

slack is for water uctuation. If the pond has a large

range of uctuation, more slack should be left.

STEP 5: Secure short chain to the SolarBee oat arm

and the other end to the tethering cable. (Figure 4 & 5)

Tighten quick link on oat arm side using pliers. Tighten

cable clamp side using 10 mm wrench.

STEP 6: Repeat step 5 for the second short chain and

oat arm.

Rated for 3000 lb (13.3 kN) load.

Set at a depth of 3 ft (1m).

1/4” (6.35mm) SS Cable, 42” (1m) L

Aluminum Alloy 356 Duckbill

2 Duckbill anchors per Machine

*Verify that One-Call has been called and that buried lines have been marked.*

TOOLS REQUIRED:

(1) Sledge Hammer

(1) Ø 5/8” or Ø 7/8” Steel Driving Rod

(1) Pliers

(2) 10 mm wrench and/or socket

(Figure 1) (Figure 2)

(Figure 3)

(Figure 4)

MATERIALS:

1. 3/16” NACM Industrial Chain 80”,

316SS (100406)

2. 3/16” Long Quick Link,

316SS (100644)

3. Cable Clamp, 3/16” (12010412)

4. 3/16” cable, 316SS (10014018)

5. 3/16” cable loop, 316SS

Cable Clamps

Chain Through Float Plate

Tether Cable

Chain

Short Cable

Loop Through Float Arm

(Figure 5)

(Figure 6)

Machine

Attachment

Duckbill Anchor

Attachment

Tethering Deployment

Duckbill Anchors

Duckbill Anchoring Deployment

for Tethered SolarBee / GridBee Machines

1106_10130_20220110 O&M_GF10000_10492_20220121 - 13

Float Assembly

NO TOOLS REQUIRED

STEP 1: Locate one oat, one oat arm, one

oat bracket, and 2 oat pin sets. Observe

that there are two slots on the top of the oat

which t around the oat arm. One slot runs

left and right, the other runs front to back. If

oat pins are in the slots, remove them.

STEP 2: Orientate the oat so that it will t

around the oat arm when the oat is raised

into place.

STEP 3: Place the oat plate into oat slot 1

furthest from the core unit assembly aligning

the holes of the oat slot with the small holes

on the oat plate (see photo).

STEP 4: Once the oat plate is in place on

the oat, raise the oat up tting it into the oat

arm. Use the oat pins to secure the oat to

the oat arm.

STEP 5: Place hairpins in each oat pin to

secure it and prevent the pin from coming out.

STEP 6: Repeat Steps 1 through 5 for the

other two oats.

NOTE: The oat plate may not be used on one

of the three oats.

After familiarizing yourself with all the components and gathering the necessary tools, you are ready

for setting up the Machine. Find a location where you have approximately 20 ft of working space near

the reservoir that the Machine will be put in (The less distance you have to move the fully assembled

machine, the better). Follow these steps to prepare the Machine before oating it in the water:

Equipment Assembly

10155_20220110 O&M_GF10000_10492_20220121 - 14

Float Arm to Machine Attachment Assembly

SB10000 WITH 20FT OR MORE HOSESB10000 WITH 20FT OR MORE HOSE

SB7500 WITH 20FT OR MORE HOSESB7500 WITH 20FT OR MORE HOSE

IMPORTANT: IF WRONG CONNECTION HOLE IS USED, DISH DEPTH LEVEL MAY NOT BE OBTAINED DURING

FINAL SETTINGS AND UNIT WOULD HAVE TO BE PULLED BACK OUT OF THE WATER,

CORRECTED, AND RE-INSTALLED

SB10000 WITH 15FT (4.5m) OR LESS HOSESB10000 WITH 15FT (4.5m) OR LESS HOSE

SB 7500 20FT (4.5m) OR LESS HOSESB 7500 20FT (4.5m) OR LESS HOSE

ALL SB5000ALL SB5000

ALL SB2500ALL SB2500

ALL POTABLE WATER UNITS ALL POTABLE WATER UNITS

ALL HIGH SALINITY (SALTWATER) APPLICATIONSALL HIGH SALINITY (SALTWATER) APPLICATIONS

Equipment Assembly

10155_20220110 O&M_GF10000_10492_20220121 - 15

Float Arm Assembly

TOOLS REQUIRED:

(2) 19mm wrench

19mm socket wrench (optional)

STEP 1: Reference the previous page to

select which oat arm connection hole is

required for your machine.

IMPORTANT: Be sure to use the proper hole

to avoid a prolonged installation.

STEP 2: Locate the 3 oat arm assemblies.

Have the M12 x 90mm long bolts and M12

nylok nuts easily accessible near the core unit

assembly.

STEP 3: Take the oat arm and slip the

narrow end with Float Arm Stems around the

core unit leg. Align the holes through the

Float Arm Stems with the correct oat arm

connection hole determined from Step 1.

STEP 4: Once aligned slide the M12 X 90mm

bolt through all holes. Tighten a M12 nylok nut

onto the bolt until there is little play or space

between the bolted components. Use a two

19mm wrenches to tighten nut.

STEP 5: Repeat steps 2 and 3 for the other 2

oat arms.

Equipment Assembly

10155_20220110 O&M_GF10000_10492_20220121 - 16

Turnbuckle Assembly

NO TOOLS REQUIRED:

STEP 1: Locate the three turnbuckles, M12

90mm Bolts, M12 55mm Bolts, and Nylok

Nuts.

STEP 2: Notice that the turnbuckle assembly

has an end with a smooth shaft and the other

end with threaded shaft.

STEP 3: Take the threaded shaft end of

the turnbuckle assembly and slip it into the

Triframe of the core unit assembly. Align

the holes and slide the M12 55mm Bolt into

position and tighten the Nylok nut.

STEP 4: Once the upper part of the

turnbuckle assembly is in place, take the

opposite end of the turnbuckle and slide it into

the oat arm assembly as shown in picture.

STEP 5: Align the hole through the shaft with

the oat arm assembly holes and slide the

M12 90mm Bolt and tighten the Nylok nut.

STEP 6: Repeat steps 2 through 5 for each

turnbuckle assembly.

• • • IMPORTANT • • •

Hold the center of the turnbuckle assembly and turn both ends all the way into the

center. Skipping this step will cause decreased extension of turnbuckle and more

time to install may be required.

Equipment Assembly

10155_20220110 O&M_GF10000_10492_20220121 - 17

Chain Bracket Assembly

TOOLS REQUIRED:

(2) 13mm wrench

13mm socket wrench (optional)

STEP 1: Locate the 3 chain brackets and the M8

X 45mm long bolts and M8 nylok nuts

(3 sets needed).

STEP 2: Notice that along the perimeter of the

dish on the core unit assembly, there are three

locations where square tubing extends above the

dish. Each of the 3 chain brackets will be attached

to each of the three square tubing just above the

dish.

STEP 3: Place one of the chain brackets over the

square tubing with the wider side facing up and the

opening facing outward.

STEP 4: Once the chain bracket is slid around the

square tubing, insert the M8 x 45mm bolt through

the outer holes in the chain bracket. Apply anti-

seize to the threads of the bolt. Tighten the M8

nylok nut on the bolt to keep the chain bracket in

place using two 13mm wrenches.

STEP 5: Repeat steps 3 and 4 for the other 2

chain brackets.

Applying Anti-Seize

To The Bolts

SB7500

Equipment Assembly

10155_20220110 O&M_GF10000_10492_20220121 - 18

Table of contents

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