Fill-rite FR610GA Mode d'emploi

Marque: Fill-rite

Modèle: FR610GA

Taper: Mode d'emploi

Owners Installation, Operation, and Safety Manual

FR1200G / FR2400G / FR4200G / FR4400G

SD1200G / Series DC Transfer Pumps

FR600G Series AC Transfer Pumps

Tuthill Transfer Systems 8825 Aviation Drive Ft. Wayne, IN 46809 (260) 747-7529 www.tuthill.com

Table of Contents

Safety Information .............................................................................................................. 3

Installation .......................................................................................................................... 3

DC Electrical Wiring ............................................................................................................ 6

DC Wiring Diagram ............................................................................................................. 9

AC Electrical Wiring .......................................................................................................... 10

AC Wiring Diagram ........................................................................................................... 11

Operating Instructions ....................................................................................................... 12

Padlocking ........................................................................................................................ 12

Troubleshooting ................................................................................................................ 13

Dimensional Information ................................................................................................... 14

DC Technical Information (1200 / 2400 Series)................................................................. 15

DC Technical Information (4200 / 4400 Series)................................................................. 16

AC Technical Information ................................................................................................. 17

Kits and Parts ................................................................................................................... 18

Accessories ...................................................................................................................... 19

Safety Approvals and Certifications .................................................................................. 20

Motor Tag Information .............................. …………………………………………………..…20

Thank You!

Thank you for your purchase! Your Fill-Rite product comes with over 80 years of pump

manufacturing experience behind it, providing you the value that comes with superior

performance, user friendly design, long service life, and solid, simple engineering.

Experience that gives you peace of mind.

Pump Your Heart Into It

About This Manual

From initial concept and design through its final production, your Fill-Rite pump is built to

give you years of trouble free use. To ensure it provides that service, it is critical that

you read this entire manual prior to attempting to install or operate your new pump.

Become familiar with the terms and diagrams, and pay close attention to the highlighted

areas with the following labels:

WARNING! Emphasizes an area in which personal injury or even death could

result from failure to follow instructions properly. Mechanical damage may also

occur.

IMPORTANT! These boxes contain information that illustrates a point that

may save time or may be key to proper operation, or clarifies a step.

CAUTION! Failure to observe a “Caution” can cause damage to the

equipment.

At Tuthill, your satisfaction with our products is paramount to us. If you have questions or

need assistance with your product, please contact us at 1-800-634-2695 (M-F 8 AM–5

PM ET).

Safety Information

WARNING! Electrical wiring should be performed ONLY by a licensed

electrician in compliance with local, state, and national electrical code NEC/ANSI/

NFPA 70, NFPA 30, and NFPA 30A, as appropriate to the intended use of the

pump. Threaded rigid conduit, sealed fittings, and conductor seal should be used

where applicable. The pump must be properly grounded. Improper installation or

use of this pump can result in serious bodily injury, or death!

WARNING! To ensure safe and proper operation of your equipment, it is critical

to read and adhere to all of the following safety warnings and precautions.

Improper installation or use of this product can cause serious bodily injury or

death!

 NEVER smoke near the pump, or use the pump near open flames when

pumping a flammable liquid! Fire can result!

 A filter should be used on the pump outlet to ensure no foreign material is

transferred to the fuel tank. We recommend Fill-Rite filters for best results.

 Threaded pipe joints and connections must be sealed with the appropriate

sealant or sealant tape to minimize the possibility of leaks.

 Storage tanks must be securely anchored to prevent shifting or tipping when

full or empty.

 To minimize static electricity build up, use only static wire conductive hose

when pumping flammable fluids, and keep the fill nozzle in contact with the

container being filled during the filling process.

 The pump motor is equipped with thermal overload protection; if

overheated, the motor will shut off to prevent damage to the windings. If this

happens:

2400, 4400, 600, and SD600 series pumps will reset automatically

when the pump cools down.

1200 & 4200 series pumps must be reset manually to operate again.

Wait until the motor cools down and turn the power switch off to reset.

WARNING! This product shall not be used to transfer fluids into any type of

aircraft.

WARNING! This product is not suited for use with fluids intended for human

consumption or fluids containing water.

Installation

Your Fill-Rite pump is designed to be mounted on a skid tank using the threaded inlet

flange supplied with the pump (see attached diagrams). Your pump features an integral

bypass valve to recirculate the fluid when the pump is operating with the nozzle closed.

WARNING! In Skid Tank applications, be sure the tank is properly secured so it

cannot shift or move whether the tank is empty or full.

CAUTION! Do not use additional check valves or foot valves unless they have a

proper pressure relief valve built into them. Note that additional check valves will

reduce rate of flow.

CAUTION! A pressure retaining fill cap can be used to reduce fuel loss through

evaporation, but note that it will reduce the flow rate.

Typical Skid Tank Installation

CAUTION! Threaded pipe joints and connections must be sealed with the

appropriate sealant or sealant tape to prevent the possibility of leaks.

WARNING! Fill-Rite pumps are designed for use with stationary and mobile

tank applications. While DC powered units are excellent choice for mobile

applications, anchoring the tank to which the pump is mounted is paramount to

ensure no movement in transit. Failure to secure the tank to the vehicle can

cause uncontrolled movement, resulting in damage, injury, and potential fire.

The pump mounts to the bung of a skid tank by way of the inlet flange. The suction tube

threads into the bottom of the inlet flange, and must extend to a length that positions it at

least 3” from the bottom of the tank. The skid tank should be equipped with a vent cap.

Pump

Tank

Vent Cap

3” Min

1. Thread the 1” pipe into the

tank adapter. Seal threads

liquid tight with appropriate

sealant.

(Figure 1)

Materials:

 1” telescoping suction pipe extended to a length that will extend to within 3” of the

bottom of the tank when screwed into the tank adapter with the tank adapter

screwed into the tank flange (see SKID TANK INSTALLATION diagram).

 Threaded pipe joint sealant appropriate for application.

Typical Skid Tank Installation

Figure 1

Installation Assembly View

Installation Procedure:

Gasket

Screen

Tank Adapter

Telescoping

Suction Pipe

2. Screw the inlet flange (with

suction pipe) into the tank

bung; seal threads liquid tight

with appropriate thread

sealant (Figure 2).

Typical Skid Tank Installation (cont’d)

Figure 2

3. Mount the pump on the

adapter; making sure

the seal and screen are

installed as shown.

(Figure 3).

Figure 3

CAUTION! DC powered pumps are designed to operate on either 12 or 24 VDC

(depending on model). Where applicable, use the supplied battery cable to

supply power to the pump from a 12 or 24 VDC battery. A 30 amp fuse (20 amp

fuse on 24 VDC motors) should be installed on the battery cable (see wiring

diagram page 9) to protect the wire in case of electrical short.

CAUTION! Voltage drop in wiring varies depending on the distance from the

battery to the pump and the gauge of the wire used. If the distance is greater

than 20’, refer to national, international, or local electrical codes to ensure the

wire is of the correct size for this application.

Electrical Wiring

DC Wiring Procedure

FR1200G / FR2400G / FR4200G / FR4400G / SD1202G Series DC Transfer Pumps

1. Remove pump’s electrical junction box cover and straighten the 2 wires to make

the stripped wire ends accessible outside of the junction box.

2. Screw furnished cable connector into NPT* conduit opening in pump junction box.

3. Strip 6 inches of the outer covering from one end of the furnished electrical cable

being careful not to damage the black and red wire insulation.

4. Loosen cable connector nut and pass the stripped end of the furnished cable

through the cable connector. Tighten the cable connector nut.

5. Strip ½ inch of the insulation from the ends of the red and black cable wires. Using

the furnished wire nuts, connect these wires to the pump wires matching the

colors. Be sure no bare wire is exposed.

6. Fold wires into junction box and replace cover making sure the gasket is in place.

Make sure all screws are seated so there is no space between the cover and the

junction box (see “IMPORTANT!” information box and diagram page 10).

Wiring To A Vehicle Electrical System (see wiring diagram, page 9)

1. Pass the electrical wires to the source of the vehicle power system, supporting the

wires as necessary and protecting them from sharp edges, heat, and anything that

could damage the wires.

2. To determine if the vehicle electrical system is negative (-) or positive (+) ground,

check the battery marking of the terminal that is wired to the vehicle frame or

motor block. The red wire from the pump will connect to positive battery post and

the black wire from the pump will connect to negative battery post.

3. Attach one end of the fuse holder to the end of the ungrounded wire. Make a solid

electrical connection with the other end of the fuse holder to the ungrounded side

of the battery, as close to the battery as possible. Make a solid electrical

connection to the grounded side of the battery with the remaining wire. The battery

terminal or the end of the battery cable is recommended.

4. Check all connections to make sure they are connected per instructions and all

electrical codes. Install the 30 amp fuse (20 amp fuse in 24 VDC installations) in

the fuse holder. The installation is now complete.

Instructions Before Proceeding With DC Wiring

The pump needs to be electrically bonded to supply tank or vehicle frame. To electrically

bond pump, remove green bonding screw located next to junction box cover. Insert this

screw through eyelet of furnished green bonding wire assembly and refasten it securely

to the pump. The other end of the wire is to be stripped of insulation and the bare wire

securely bonded to the vehicle / trailer frame or skid tank.

WARNING! Do not connect the positive or negative power to the green screw or

wire as this could cause a fire.

Wiring Instructions (see Figure 4, Page 8)

WARNING! Do not attempt to power the pump from vehicle wiring smaller than

12 gage such as the cigarette lighter wire because these thin wires could

overheat and cause a fire.

*M20 Conduit entry on GE models

DC Wiring (cont’d)

Figure 4

Junction Box

For Skid Mounted Tanks

1. Pass the electrical wires to the power source, supporting the wires as necessary and

protecting them from sharp edges, heat and anything that could damage the wires.

2. Attach one end of the fuse holder to the red pump wire, as close to the battery /

power source as possible. Make a solid electrical connection to the positive

terminal of the power source with the other end of the fuse holder. Make a solid

connection with the black pump wire to the negative terminal of the power source.

3. Check all connections to make sure they are connected per instructions and all

electrical codes. Install the 30 amp fuse (20 amp fuse in 24 VDC installations) in the

fuse holder. The installation is now complete.

Wire in

DC Wiring Diagram

Fuse to be located outside of hazardous area, as

close to the power source as possible. If the

wiring from the power source to the pump is

greater than 20’, refer to the applicable Electrical

Code (National, International, or local) to ensure

the wire is of the correct size for the application.

Fuse to be located outside of hazardous area,

as close to the power source as possible. If

the wiring from the power source to the pump

is greater than 20’, refer to the applicable

Electrical Code (National, International, or

local) to ensure the wire is of the correct size

for the application.

DC Wiring Diagram

WARNING! Electrical wiring should be performed ONLY by a licensed

electrician in compliance with local, state, and national electrical code NEC/

ANSI/NFPA 70, NFPA30, and NFPA 30A, as appropriate to the intended use of

the pump. The pump must be properly grounded. Improper installation or use

of this pump can result in serious bodily injury, or death!

CAUTION! All pumps should operate at the rated nameplate voltage. AC

power should be supplied to the pump from a dedicated circuit with 15 amp

circuit protection. No other equipment should be powered by this circuit.

Wiring must be of sufficient size to carry the correct current for the pump

(minimum 12 gauge). Voltage drop will vary with distance to pump and size of

wire; refer to the National Electrical Code (NEC), or local codes, for voltage

drop compensation to be sure you are using the correct size wire for your

application.

AC Wiring Instructions

AC Wiring Procedure

1. Remove the junction box cover and straighten the wires to make sure the stripped

wire ends are accessible outside the junction box.

2. Install rigid conduit and appropriate wiring from power source to the junction box to

maintain the explosion proof integrity. Power should be supplied from a dedicated

15 amp circuit breaker; no other equipment should be powered by this circuit.

3. Connect the pump wires to the power supply lines according to the wiring diagram

(page 11). Be certain to properly insulate the connections with the appropriate wire

nuts or other connectors. Note that the ground wire MUST be connected (ground

wire connection is inside the junction box; see figure 5, page 11).

4. Fold the wires back into the junction box and replace the cover, making sure the

cover gasket is in place.

IMPORTANT! Be certain

the gasket for the junction

box cover is in place, and

the screws draw the

cover down tight over the

junction box. There must

be no gap between the

junction box and it’s

cover. The seal should

be weather tight to

prevent moisture from

entering the junction box.

FR600G / SD602G AC Transfer Pumps

Junction Box Gasket

Junction Box Cover

Figure 5

AC Wiring Diagram (FR600G Series AC Transfer Pumps)

AC Pump Junction Box (FR600G Series AC Transfer Pumps)

Ground screw in junction box

WARNING! Ground wire in supply wiring MUST be connected to the ground

screw inside the junction box.

Operating Instructions

1. If so equipped, reset meter to “0” (do

not reset while in use as this will cause

damage to the meter).

2. Remove dispensing nozzle from nozzle

boot.

3. Move the switch lever to the “ON”

position to power the pump (figure 5).

4. Insert the dispensing nozzle into the

container to be filled.

5. Operate the nozzle to dispense fluid;

release nozzle when the desired

amount of fluid has been dispensed.

Figure 6

“OFF” position

WARNING! Always keep the nozzle in contact with the container being filled

during the filling process to minimize the possibility of static electricity build up.

6. Move switch lever to the “OFF”

position (Figure 6) to turn off the

pump.

7. Remove the dispensing nozzle

from the container being filled

and store it in the nozzle boot.

Figure 5

“ON” position

Padlocking

Your Fill-Rite pump nozzle can be

padlocked to the pump for added

security. With the pump turned off,

and the nozzle in the stored position,

a padlock can be inserted through the

locking link and the nozzle handle.

The locking link is located on the

nozzle side of the pump, and can be

pivoted into position to work with a

variety of nozzles (Figure 7).

Figure 7

Locking Link

Troubleshooting

The following troubleshooting guide is provided to offer basic diagnostic assistance in the

event you encounter abnormal service from your Fill-Rite product.

If you have questions regarding installing, operating, or servicing your product, please feel

free to contact our Customer Service Department at 1-800-634-2695 (M-F 8 AM–5 PM

ET). You can also reach us on the World Wide Web at “www.fillrite.com”.

WARNING! DO NOT open or attempt to repair the motor on your Fill-Rite pump.

Return it to the place of purchase for service. Opening the motor case can

compromise the integrity of the Explosion Proof construction and will void any

existing warranty and certification.

WARNING! Be certain all power to the pump is disconnected prior to

performing any service or maintenance.

Symptom Cause Cure

Pump won't

prime.

1. Suction line problem.

Check for leaks or obstructions in

suction line.

2. Bypass valve open.

Remove and inspect valve; must

move freely & be free of debris.

3. Vanes sticking.

Check vanes and slots for nicks,

burrs and wear.*

4. Excessive rotor or vane

wear.

Inspect rotor & vanes for excessive

wear or damage; replace if

necessary.*

5. Vapor Lock.

Reduce vertical and horizontal

distance from pump to liquid;

remove automatic nozzle.

Low capacity.

1. Excessive dirt in screen. Remove and clean screen.

2. Suction line problem.

Check suction line for leaks or

restrictions; it may be too small,

too long or not airtight.

3. Bypass valve sticking.

Remove and inspect valve; must

move freely & be free of debris.

4. Outlet blocked.

Check pump outlet, hose, nozzle &

filter for blockage.

5. Vanes sticking.

Check vanes and slots for wear.*

6. Excessive rotor or vane

wear.

Inspect rotor & vanes for excessive

wear or damage; replace if

necessary.*

7. Hose or nozzle damage. Replace hose or nozzle.

8. Plugged filter. Replace filter.

9. Low fluid level. Fill tank.

Pump runs

slowly.

1. Incorrect voltage.

Check incoming line voltage while

pump is running.

2. Vanes sticking.

Inspect vanes and slots for nicks,

burrs and wear.*

3. Wiring problem. Check for loose connections.

4. Motor problem. Return to place of purchase.

See page 14 for explanation of Bold text and * items.

Troubleshooting (cont’d)

Motor stalls /

fuse blows or

thermal

protector trips

repeatedly.

1. Bypass valve sticking.

Remove and inspect valve; must

move freely & be free of debris.

2. Low voltage.

Check incoming line voltage while

pump is running.

3. Excessive rotor or vane

wear.

Check rotor & vanes for excessive

wear or damage.*

4. Debris in pump cavity. Clean debris from pump cavity.

Motor

overheats.

1. Pumping high viscosity

fluids.

These fluids can only be pumped

for short periods of time (less than

30 minutes duty cycle).

2. Clogged screen. Remove and clean screen.

3. Restricted suction pipe. Remove and clean pipe.

4. Motor failure. Return to place of purchase.

5. Pump rotor lock-up.

Clean and check pump rotor and

vanes.*

Motor

Inoperative.

1. No power Check incoming power.

2. Switch failure. Replace switch (KIT120SW).

3. Motor failure. Return to place of purchase.

4. Thermal protector

failure.

Return to place of purchase.

5. Incorrect/loose wiring. Check wiring.

Fluid leakage.

1. Bad o-ring gasket. Check all o-ring gaskets.

2. Dirty shaft seal. Clean seal & seal cavity.

3. Bad shaft seal. Replace seal.

4. Incompatible fluid.

Refer wetted parts list to fluid

manufacturer.

5. Loose fasteners. Tighten fasteners.

Pump hums but

will not operate.

1. Motor failure. Return to place of purchase.

2. Broken rotor key. Remove all debris & replace key.

Bold text indicates service that cannot be performed by the owner; pump must be returned to the point of purchase for

this type of service.

* Repairs marked with an asterisk (*) will require Repair Kit KIT120RG Kit includes replacement rotor and new vanes,

as well as a number of other important seals and components to complete the repair. Details of this kit are on page 18.

WARNING! Disconnect electrical power and relieve any pressure in the lines

prior to servicing this pump! Failure to do so can result in damage to the

equipment and personal injury or death!

Dimensional Information

Motor

Power - AC 115, 230, 115/230 VAC N/A N/A

HZ 50, 60, 50/60 N/A N/A

Power - DC 12, 24, 12/24 12 24

HP (horsepower) rating 1/4 HP 1/4 HP

Power cord length (feet) 18' 18'

Power cord gauge (AWG) 12 AWG 12 AWG

DC Power cord connectors NONE NONE

Amps (FLA) 20 10

RPM 2600 2600

Duty cycle 30 min. 30 min.

Thermal protection switch Yes Yes

Circuit protection fuse NONE NONE

Certification

UL, cUL Motor, ATEX,

CE*, ANZEx, INMETRO

UL, cUL Motor, ATEX,

CE*, ANZEx, INMETRO

Pump

Type- rotary, diaphragm, gear,

vane

Rotary Vane Rotary Vane

GPM in supplied configuration Up to 15 Up to 15

GPM open flow - no hose or nozzle Up to 18.5 Up to 18.5

By-pass pressure rating (psi) - Max 16 psi 16 psi

Dry vac (in Hg) 5 5

Head- Max (Ft.) 37 37

Anti-siphon valve None None

Inlet - Size / Thread 1” NPT 1” BSPP* 1” NPT 1” BSPP*

Outlet – Size / Thread 3/4” NPT 3/4” BSPP* 3/4” NPT 3/4” BSPP*

Mount 2” Bung NPT 2” BSPT* 2” Bung NPT 2” BSPT*

Material -pump housing Cast Iron Cast Iron

Material- wetted material BUNA-N BUNA-N

Rotor material Powdered Iron Powdered Iron

Rotor vane material Sintered Bronze Sintered Bronze

Compatible fluids

Diesel, gasoline, BioDiesel

to B20, E15, Kerosene

Diesel, gasoline,

BioDiesel to B20, E15,

Kerosene

Strainer Mesh Size 20 x 20 20 x 20

Warranty 2 Years 2 Years

Certification

ATEX, CE*, ANZEx,

INMETRO

ATEX, CE*, ANZEx,

INMETRO

Technical Information DC pumps (G/GE models)

FR1200 Series

FR2400 Series

FR1200 Series

FR2400 Series

* CE certified models: see page 20

Motor

Power - AC 115, 230, 115/230 N/A N/A

HZ 50, 60, 50/60 N/A N/A

Power - DC 12, 24, 12/24 12 24

HP (horsepower) rating 1/4 HP 1/4 HP

Power cord length (feet) 18' 18'

Power cord gauge (AWG) 12 AWG 12 AWG

DC Power cord connectors NONE NONE

Amps (FLA) 20 10

RPM 2600 2600

Duty cycle 30 min. 30 min.

Thermal protection switch Yes Yes

Circuit protection fuse NONE NONE

Certification

UL, cUL Motor, ATEX,

CE*, ANZEx, INMETRO

ATEX, CE*, ANZEx,

INMETRO

Pump

Type- rotary, diaphragm, gear,

vane

Rotary Vane Rotary Vane

GPM in supplied configuration Up to 20 Up to 20

GPM open flow - no hose or nozzle 21 Up to 20

By-pass pressure rating (psi) - Max 16 psi 16 psi

Dry vac (in Hg) 5 5

Head- Max (Ft.) 37 37

Anti-siphon valve None None

Inlet - Size / Thread 1” NPT 1” BSPP* 1” NPT 1” BSPP*

Outlet – Size / Thread 1” NPT 1” BSPP* 1” NPT 1” BSPP*

Mount 2” Bung NPT 2” BSPT* 2” Bung NPT 2” BSPT*

Material -pump housing Cast Iron Cast Iron

Material- wetted material BUNA-N BUNA-N

Rotor material Powdered Iron Powdered Iron

Rotor vane material Sintered Bronze Sintered Bronze

Compatible fluids

Diesel, gasoline,

BioDiesel to B20, E15,

Kerosene

Diesel, gasoline, BioDiesel

to B20, E15, Kerosene

Strainer Mesh Size 20 x 20 20 x 20

Warranty 2 Years 2 Years

Certification

ATEX, CE*, ANZEx,

INMETRO

ATEX, CE*, ANZEx,

INMETRO

Technical Information DC pumps (G/GE models)

FR4200 Series FR4400 Series

FR4200 Series

FR4400 Series

* CE certified models: see page 20

Motor

Power -AC 115, 230, 115/230 115 VAC 115 VAC

HZ 50, 60, 50/60 60 HZ 60 HZ

Power - DC 12, 24, 12/24 N/A N/A

HP (horsepower) rating 1/6 HP 1/6 HP

Power cord length (feet) N/A N/A

Power cord gauge (AWG) N/A N/A

DC Power cord N/A N/A

Amps (FLA) 2.0 A 2.0 A

RPM 2000 2000

Duty cycle 30 min. 30 min.

Thermal protection switch Yes Yes

Circuit protection fuse None None

Certification UL/cUL UL/cUL

Pump

Type- rotary, diaphragm, gear,

vane

Rotary Vane Rotary Vane

GPM in supplied configuration Up to 14.8 Up to 14.8

GPM open flow - no hose or

nozzle

Up to 17.4 Up to 17.4

By-pass pressure rating (psi) -

Max

16 psi 16 psi

Dry vac (in Hg) 5 5

Head- Max (Ft.) 37 37

Anti-siphon valve None None

Inlet - Size / Thread 1” NPT 1” NPT

Outlet – Size / Thread 1” NPT 1” NPT

Mount 2” Bung (NPT) 2” Bung (NPT)

Material -pump housing Cast Iron Cast Iron

Material- wetted material BUNA-N BUNA-N

Rotor material Powdered Iron Powdered Iron

Rotor vane material Sintered Bronze Sintered Bronze

Compatible fluids

Diesel, gasoline, BioDiesel

up to B20, E15, Kerosene

Diesel, gasoline, BioDiesel

up to B20, E15, Kerosene

Strainer Mesh Size 20 x 20 20 x 20

Warranty 2 Years 1 Years

Certification UL/cUL UL/cUL

Technical Information AC Pumps

FR600

SD600

FR600

SD600

# Kit Description Parts

1 KIT120BD* BioDiesel Kit*

O-ring seal, bypass valve poppet, bypass

cap seal, inlet seal

2 KIT120RG Rotor & Vane Kit

Rotor cover, rotor, vanes, rotor key, O-ring

seal, attaching hardware

3 KIT120JC Junction Cover Kit Junction cover, seal, fasteners

4 KIT120SL Seal Kit O-ring, shaft seals, retainer clip

5 KIT120BV By-Pass Service Kit

Screen, bypass valve, valve spring, bypass

cap, O-ring seal

6 KIT120NB Nozzle Boot Kit Nozzle boot, attaching hardware

7 KIT120BG Inlet Flange Kit

Inlet flange (bung), attaching hardware,

inlet seal, screen

8 KIT120SG Inlet Gasket and Screen Gasket for inlet (bung) and screen

9 KIT120SW Switch Lever Kit Switch lever, mounting hardware

Kits and Parts

*KIT120BD not called out in diagram below.

3/4” Accessories Description

FRHMN075S 3/4” Manual Aluminum Nozzle

N075DAU10 3/4” Automatic Nozzle

807CMK 800 Series Mechanical Meter (Gallons)

807CLMK 800 Series Mechanical Meter (Liters)

700F3135 3/4” x 12’ Hose, UL

FRH07512 3/4” x 12 Hose

FRH07514 3/4” x 14’ Hose

FRH07520 3/4” x 20’ Hose

S075H1314 3/4” Multi-Plane Swivel

1200KTG9075 3/4” Filter Head (for use with F18 filters)

1” Accessories Description

FRHMN100S 1” Manual Aluminum Nozzle

N100DAU10 1” Automatic Nozzle

N100DAU13 1” Ultra-High Flow Automatic Nozzle

901CMK4200 900 Series Mechanical Meter (Gallons)

901CLMK4200 900 Series Mechanical Meter (Liters)

900CD 900 Series Digital Meter (Programmable)

900CDP 900 Series Digital Meter with Integral Pulsar (Programmable)

300F7773 1” x 12’ Hose, UL

FRH10012 1” x 12 Hose

FRH10014 1” x 14’ Hose

FRH10020 1” x 20’ Hose

S100H1315 1” Multi-Plane Swivel

700ACCF7017 1” Filter Head (for use with F40 filters)

Accessories

900CD

N100DAU13

700ACCF7017

Safety Testing Approvals

The Fill-Rite line of pumps have been safety tested for compliance to the standards set

forth by Underwriters Laboratories, ATEX, ANZEx, INMETRO, and lEx.

DC000945-000 Rev 3

Visit us on the web at:

www.fillrite.com

Learn more about Tuthill Corporation and

our family of high quality, value minded

products at:

www.tuthill.com

8825 Aviation Drive

Ft. Wayne, IN 46809

1-800-634-2695

Model Series ATEX ANZEx IEx

94/9/EC

AS 2380.1 AS 2380.2

AS 1939

IEC 60079-0 IEC

60079-1

FR1200GE X X X

FR2400GE X X X

FR4200GE X X X

FR4400GE X X X

Certification Date 24-May-12 30-May-12 31-Aug-12

94/9/EC (until April 19, 2016), and 2014/34/EU (after April 20,2016): Equipment and Protective Systems Intended

for Use In Potentially Explosive Atmospheres.

AS2380.1: Electrical Equipment for Explosive Atmospheres - Explosion - Protection Techniques - Part 1: General

Requirements.

AS2380.2: Electrical Equipment for Explosive Atmospheres - Explosion - Protection Techniques - Part 2: Flameproof

enclosure d. (Class I Group D)

AS1939: Degrees of Protection Provided by Enclosures of Electrical Equipment.

IEC 60079-0: Explosive Atmospheres - Part 0: Equipment - General Requirements.

IEC 60079-0: Explosive Atmospheres - Part 1: Equipment Protection by Flameproof Enclosures d. (Class I Group D)

Motor Tag Information

The Motor Tag on your Fill-Rite pump

contains important technical and

performance information. Be certain this

label remains affixed to the pump at all

times.

Date stamp location

La page charge ...

Fill-rite FR610GA Mode d'emploi

Marque: Fill-rite

Modèle: FR610GA

Taper: Mode d'emploi

Télécharger le PDF

rapport

dans d''autres langues

español: Fill-rite FR610GA Instrucciones de operación
Deutsch: Fill-rite FR610GA Bedienungsanleitung

Fill-rite FR610GA Mode d'emploi

Fill-rite FR610GA Mode d'emploi

dans d''autres langues

Documents connexes

Autres documents