AMT MSV3 Series Assembly instructions

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 1 10/2016
Please read and save this Repair Parts Manual. Read this manual and the General Operating Instructions carefully before attempting to assemble, install, operate
or maintain the product described. Protect yourself and others by observing all safety information. The Safety Instructions are contained in the General Operating
Instructions. Failure to comply with the safety instructions accompanying this product could result in personal injury and/or property damage! Retain instructions
for future reference. AMT reserves the right to discontinue any model or change specications at any time without incurring any obligation.
©2016 AMT Pump Company, A Subsidiary of The Gorman-Rupp Company, All Rights Reserved.
Periodic maintenance and inspection is required on all pumps to insure proper operation. Unit must be clear of debris and sediment. Inspect for leaks and loose bolts. Failure to do so
voids warranty.
Multistage Centrifugal Pumps
Vertical Inline Models
Refer to pump manual 1808-634-00 for General Operating and Safety Instructions.
All units are for use with non-ammable, non-abrasive liquids compatible
with pump component materials.
IMPORTANT: Not for use with petroleum based liquids.
INSTALLATION
MOUNTING
Preferred mounting position is with motor shaft aligned vertically.
(See Figure 1)
1. Choose a solid, level surface with adequate support such as a concrete
slab oor.
2. Use a level against pump to check for plumb. For uneven surfaces, shim
beneath feet of Casing (Ref. No. 38) to attain proper alignment.
3. Securely fasten Casing to mount surface at all four mount holes to avoid
tip-over of pump. If space limitations dictate, pump may also be mounted
horizontally if adequate support is provided. Do NOT mount motor end
down or with shaft centerline below horizontal plane.
PIPING
Pump may have a protective cover over inlet and outlet for shipping purposes.
If present, be sure to remove these covers prior to attaching piping. If ange
Screws (Ref. No. 41) are loosened, be sure to re-tighten evenly and torque to
33 ft-lbs [45 N-m] to avoid Gasket (Ref. No. 39) failure.
Starving the pump of liquid could cause low performance and damage to pump
and seal. To avoid this, use suction piping that is short and either matches
pump port diameter or is larger, do not reduce. Also, immediately preceding
pump inlet, provide a section of straight pipe equal in length to a minimum 4
diameters of pipe size and avoid using valves.
These pumps develop very high pressures. Be sure to conrm that pressure
rating of all piping and ttings is adequately sized before use. Rating must be
su󰀩ciently larger than the combination of both inlet pressure plus the maximum
pressure pump can develop.
DESCRIPTION
APPLICATIONS
These commercial/industrial centrifugal pumps are non-self-priming (gravity feed) units designed to handle high-pressure/low-ow liquid transfer applications
where no suction lift is required. Typical installations include hot and chilled water, boiler feed, condensate return, irrigation, high pressure wash-down, booster
service, and sprinkler systems. These pumps have NOT been investigated for use in potable (drinking) water systems.
FEATURES
The in-line port design and compact footprint of these pumps allows for a clean installation. All models feature a shaft seal that can be replaced easily without the
need to disassemble the entire pump. An optional ANSI/ASME ange kit is available. Pumps are equipped with high e󰀩ciency closed impellers, and have a cas-
ing working pressure to 536 ft./232 psi [1600 kPa]. Handle liquid temperatures from 40° F to 180° F [4° to 82° C]. For use with clear, nonabrasive, nonammable
liquids compatible with pump component materials.
MOTOR
All models have 3450 RPM (2850 RPM for 50 Hz) continuous duty TEFC motors. Single phase units are capacitor start and have automatic reset thermal protec-
tion. All models are manual mode and require eld wiring, no controls are supplied.
Motors have multi-voltage options. To avoid damage to motor, be sure to arrange internal motor wiring to match electric supply voltage before applying power
(see motor nameplate for specic wiring diagram).
PUMP CONSTRUCTION
Pump construction is cast iron casing and adapter; 304 stainless steel impellers, chambers and column; Teon® wear rings; 304L stainless steel pump shaft
with tungsten carbide sleeve bearings; EPDM o-rings and gaskets; a mechanical shaft seal of stainless steel, carbon graphite, and tungsten carbide wear faces.
Figure 1 - Mounting

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 2 10/2016
Piping and/or pipe ttings with an insucient pressure rating may burst
and cause personal injury and/or property damage.
MAXIMUM INLET PRESSURE
“1” Series
2 to 25 ...................................................................... 335 ft./145 psi [1000 kPa]
27 stage ................................................................... 500 ft./217 psi [1500 kPa]
“3” Series
2 to 15 ...................................................................... 335 ft./145 psi [1000 kPa]
17 to 25 .................................................................... 500 ft./217 psi [1500 kPa]
“5” Series
2 to 9 ........................................................................ 335 ft./145 psi [1000 kPa]
10 to 29 .................................................................... 500 ft./217 psi [1500 kPa]
If system pressure has potential to exceed number listed above, then a check
valve is required on discharge side of pump. This will ensure that proper inlet
pressure is maintained when pump shuts o󰀨.
MAXIMUM OUTLET PRESSURE
If system pressure in excess of 536 ft./232 psi [1600 kPa] is possible, then it is
necessary to provide means to prevent this. Examples include a bypass valve
or pressure switch on discharge of pump set at or below this number.
OPERATION
Become familiar with pump components (See Figure 2).
Vent Plug (Ref. No. 13) – Used to purge air from pump.
Wash Plug (Ref. No. 11) – Used in applications where seal wash is desired to
extend life of shaft seal.
Bypass Valve (Ref. No. 43) – Connects suction and discharge sides of pump,
making lling/draining procedure easier. During operation, bypass valve must
be closed.
Never run pump dry or with ow shuto. When pump is running, always
maintain a minimum ow of 4 gpm [0.9 m3/h] to avoid damage to pump.
STARTUP PROCEDURE
To avoid pump damage, it is very important to purge all air from pump
before initial startup.
1. Close discharge valve if present.
NOTE: Make sure bypass valve is closed.
2. Permit liquid to ow into pump thru suction port by gravity.
3. Allow air to escape from pump by cracking open Vent Plug (Ref. No. 13)
in top of pump housing near motor.
4. Wait for liquid to cease sputtering. When liquid ow changes to a steady
stream with no air, close Vent Plug.
5. Run pump briey, then repeat steps 1 thru 4 repeatedly until all air is
evacuated. Pump is now ready to be run.
ROTATION
Proper rotation is CLOCKWISE when looking up at shaft end of motor, see
directional arrow cast into motor Adapter (Ref. No. 8). Bump motor on/o󰀨 briey
to conrm motor is wired for correct rotation. Disregard rotation information
found elsewhere in safety manual.
DRAINING
1. Remove Bypass Valve (Ref. No. 43) and Vent Plug (Ref. No. 13)
completely.
2. Allow liquid to drain.
3. If pump is to be subjected to freezing temperatures, do not reinstall Valve/
Plug.
NOTE: When re-installing the Bypass Valve make sure the drain plug is
installed rst then install the valve. Failure to do so could result in performance
issues.
CYCLING
Frequent on/o󰀨 cycling can shorten motor life. System should be designed so
that pump is NOT starting more than 15 times per hour.
MAINTENANCE
Make certain that unit is disconnected from power source before
attempting to service or remove any components!
MOTOR REPLACEMENT
DISASSEMBLY
Refer to Figure 7
1. Remove two coupling Shields (Ref. No. 9) by unscrewing two Fasteners
(Ref. No. 10) for each.
2. Loosen four Fasteners (Ref. No. 4) in Coupling (Ref. No. 3) evenly until
Motor shaft (Ref. No. 1) can turn independently from Coupling.
3. Remove four Fasteners (Ref. No. 14) from Adapter (Ref. No 8). Motor is
now free, lift straight up to remove from unit.
Figure 2 - Components
Multistage Centrifugal Pumps

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 3 10/2016
REASSEMBLY
1. Remove key (if present) from new Motor shaft and discard.
2. Wipe any protective lm from Motor end bell and shaft, be sure they are
clean.
3. Carefully guide Motor shaft into Coupling while setting new Motor into
place.
4. Reinstall four Fasteners thru Adapter. Tighten evenly and in diagonal
pattern, then torque to the following specications:
3/8..................................................................................17 ft-lbs. [23 N-m]
1/2..................................................................................30 ft-lbs. [41 N-m]
5. Locate shaft keyway in center of Coupling (See Figure 3) and maintain
this position, then snug up Fasteners evenly. Check gap between coupling
halves to be sure it remains even on both sides. Torque Fasteners to the
following specications.
M6 .....................10 ft-lbs. [14 N-m]
M8 .....................23 ft-lbs. [31 N-m]
M10....................46 ft-lbs. [62 N-m]
6. Rotate pump Shaft by hand. If binding or rubbing is found, loosen Coupling
and readjust position.
7. Reattach Shields and proceed to Startup Procedure section.
SHAFT SEAL REPLACEMENT
DISASSEMBLY
Refer to Figure 7.
1. Remove Motor (see Motor Replacement section).
2. Remove Coupling (Ref. No. 3) and Rod (Ref. No. 2) by unthreading
Screws (Ref. No. 4).
3. Loosen, but do not remove set screws in Shaft Seal Assembly (Ref. No.
7).
4. Unscrew Shaft Seal Assembly in a counter-clockwise direction, then
carefully lift o󰀨 of Shaft (Ref. No. 21).
REASSEMBLY
IMPORTANT: Pump Shaft may have been gouged from set screws. Before
installing new Shaft Seal Assembly, smooth-over these gouges with a light grit
emery cloth to prevent damage to new seal.
1. Once shaft is free of burrs, lubricate Shaft and o-ring cavity in Adapter
(Ref. No. 8) with soapy water.
2. Carefully slide new Shaft Seal Assembly onto Shaft, then tighten in
clockwise direction and torque to 26 ft-lbs [35 N-m].
3. Mark or otherwise note shaft height. Lift shaft as high as it will go, then
lower it back down ½ the total distance. Maintain this position while evenly
tightening 3 set screws in seal collar and torque each to 2 ft-lbs. [2.5 N-m].
4. Place Rod thru Shaft, then reinstall Coupling and screws but do NOT
tighten.
5. Proceed to Reassembly under Motor Replacement section.
PUMP OVERHAUL/INSPECTION
To inspect condition of pump internals, proceed as follows:
NOTE: To facilitate overhaul, a handy holding device can be made easily. Take
a short piece of 2×4 lumber and on the narrow side, drill a 1/2” diameter blind
hole 3” deep. Place block into bench vice with hole facing up to receive pump
shaft after step 5 (see Figure 4).
DISASSEMBLY
1. Proceed to Disassembly under Shaft Seal Replacement.
2. Remove 4 Fastener sets (Ref. Nos. 15 & 16).
3. Lift Adapter (Ref. No. 8) from pump, use a soft mallet to break loose
if necessary. NOTE: Inspect o-ring groove in Adapter after o-ring is
removed. Rust/pitting in this region may cause leaks, be sure to clean or
replace Adapter entirely if damage is excessive.
4. Remove wave Spring (Ref. No. 18) from Adapter. NOTE: Inspect wave
Spring for cracks and replace if found.
5. Pump internals can now be removed all at once. Use pump Shaft (Ref.
No. 21) as a handle and gently lift the entire assembly out. If stage-1
Volute (Ref. No. 38) stays behind, it can be removed and inspected later.
Figure 3 - Coupling Alignment
Figure 4 - Inspection
Multistage Centrifugal Pumps

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 4 10/2016
IMPORTANT: Stainless steel components deform easily, be careful to avoid
damaging pump components during disassembly.
6. Unscrew Hex Nut (Ref. No. 37) from pump Shaft in a counter-clockwise
direction and remove along with Sleeve Cup (Ref. No. 35).
7. Lift Volute (if still present) and Impeller (Ref. No. 26) from stack and set
aside.
IMPORTANT: Take note of sequence parts are arranged in and direction they
are facing, number and mark if necessary (see Figure 6 & 7).
8. Lift next Volute/Crossover (Ref. No. 34), Inner Bearing (Ref. No. 32), and
Impeller from stack.
NOTE: Inspect Inner and Outer Bearings for wear. If grooves can be seen or
felt, replace both bearings as a set.
9. Use a large straight blade screwdriver to carefully pry Cap (Ref. No. 28)
from Crossover to free Wear Ring (Ref. No. 29).
NOTE: Inspect for wear by placing Wear Ring over nose of Impeller and noting
clearance between two diameters. If t is not snug, replace Wear Ring.
10. Repeat Steps 7 and& 8 for each stage (some stages have no bearings)
NOTE: Inspect Shaft (Ref. No. 21) for grooves, replace if splines are worn.
11. Lift Cylinder (Ref. No. 20) from Casing (Ref. No. 39), use a soft mallet to
break loose if necessary.
NOTE: Inspect o-ring groove in Casing after o-ring is removed. Rust/pitting
in this region may cause leaks, be sure to clean or replace Casing entirely if
damage is excessive.
12. If stage-1 Volute (Ref. No. 38) remains in Casing, now is the time to
remove it. Gently pry loose with a straight blade screwdriver, being careful
to avoid bending it.
13. Unscrew 2 fasteners (Ref. No. 42).
14. Use a straight blade screwdriver to pry pipe Flange (Ref. No. 41) loose.
15. Use a putty knife to scrape o󰀨 old Gasket (Ref. No. 40) from Flange and
Casing.
REASSEMBLY
1. Always use new Gaskets (Ref. No. 40) when reassembling. Attach pipe
Flanges (Ref. No. 41) with Fasteners (Ref. No. 42). Tighten evenly and
torque to 33 ft-lbs [45 N-m].
2. Place new O-ring (Ref. No. 19) into cleaned groove of Casing (Ref. No.
39), be sure to lubricate with soapy water or suitable material.
3. Place stage-1 Volute (Ref. No. 38) back into Casing (Ref. No. 39) making
sure it is seated properly.
4. Carefully guide Cylinder (Ref. No. 20) back into Casing and press down.
IMPORTANT: If Cylinder does not fully seat, O-ring may be pinched. If this
occurs, lift Cylinder back out and try stretching O-ring. Be sure components are
adequately lubricated and have not been damaged. Repeat process until end
of Cylinder bottoms on Casing.
5. Reassemble Impellers (Ref. No 26), Crossovers (Ref. No. 34), etc. onto
pump Shaft (Ref. No. 21) in same order they were removed (see Figure 6
& 7) and torque Hex Nut w/Nyloc (Ref. No. 37) to 13 ft-lbs [18 N-m]
IMPORTANT: NEVER reuse Hex Nut w/Nyloc, ALWAYS replace with new
unused one.
6. Take Impeller/Crossover stack by Shaft and lower into pump until properly
seated.
7. Place new O-ring (Ref. No. 19) into cleaned groove of Adapter (Ref. No.
8), be sure to lubricate with soapy water or suitable material.
8. Install wave Spring (Ref. No. 18) with ends pointed towards Adapter. With
wave Spring seated on proper landing in Adapter, carefully guide Adapter
onto pump and press down.
IMPORTANT: If Adapter does not fully seat, O-ring may be pinched. If this
occurs, lift Cylinder back out and try stretching O-ring. Be sure components
are adequately lubricated and have not been damaged. Repeat process until
Adapter bottoms on end of Cylinder.
9. Reinstall Fasteners (Ref. Nos. 15 & 16) onto Staybolts (Ref. No. 17) and
tighten diagonally.
10. Proceed to Reassembly portion of Shaft Seal Replacement.
Multistage Centrifugal Pumps

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 5 10/2016
Problem Possible Cause(s) Corrective Action
The pump does not run 1. No power at motor. 1. Check for voltage at motor terminal box. If
no voltage at motor; check feeder panel for
tripped circuits and reset.
2. The Fuses are blown. 2. Replace fuses.
3. Motor starer overloads are burned or
have tripped out.
3. Check for voltage on line and load side for
starter. Consult certied electrician.
4. The motor is defective 4. Replace motor.
The pump runs but at reduced
capacity, low discharge pressure
or does not deliver
1. Wrong Rotation 1. Check wiring for proper connections.
2. Pump is air locked 2. Turn pump o󰀨, purge the air from the pump
via the vent plug. NOTE: May take multiple
attempts to vent all air from the pump.
Make sure the bypass valve is closed and
installed correctly.
3. The pump inlet pressure is too low. 3. Check inlet conditions.
4. The pump draws air. 4. Check inlet conditions.
Turn pump o󰀨, purge the air from the pump
via the vent plug. NOTE: May take multiple
attempts to vent all air from the pump.
Make sure the bypass valve is closed and
installed correctly.
5. Strainers, check valves or foot valves
are clogged
5. Remove strainer, screen or valve and
inspect. Clean and replace.
6. Incorrect drain plug installed. 6. If the proper drain plug that was supplied
with the pump originally was replaced with
standard plug, water will recirculate inter-
nally. Replace with Proper plug.
7. High friction loss in line 7. Remove kinks and elbows, reduce length
8. Discharge head too high 8. Lower end of discharge line.
9. Clogged impeller 9. Remove clog
10. Worn/damaged impeller 10. Replace parts as required
Leakage in shaft seal 1. The shaft seal is defective 1. Replace the shaft seal.
Noise 1. Cavitation 1. Check the inlet conditions.
2. The pump does not rotate freely. 2. Check for frictional resistance as a result
of incorrect pump shaft position. Adjust the
pump shaft per manual instructions.
3. Strainers, check valves or foot valves
are clogged
3. Remove strainer, screen or valve and
inspect. Clean and replace.
Multistage Centrifugal Pumps

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 6 10/2016
Multistage Centrifugal Pumps
Figure 5 - Assembly Map “1” & “3” Series

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 7 10/2016
Multistage Centrifugal Pumps
Figure 6 - Assembly Map “5” Series

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 8 10/2016
For Repair Parts contact dealer where pump was purchased.
Please provide following information:
-Model Number
-Serial Number (if any)
Part description and number as shown in parts list
Figure 7 - Repair Parts Illustrations
Multistage Centrifugal Pumps

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 9 10/2016
Repair Parts List
Ref. Part Number for Models:
No. Description “1” Series “3” Series “5” Series Qty.
1 Motor See Page 9 See Page 9 See Page 10 1
2 Rod 5900-072-00 5900-072-00 5900-072-00 1
3 Coupling Incl. w/Ref 5 Incl. w/Ref 5 Incl. w/Ref 5 2
4 Socket Head Cap Screw - ISO Class 12.9 * Incl. w/Ref 5 * Incl. w/Ref 5 * Incl. w/Ref 5 4
5Coupling Kit (ncludes Ref. Nos. 2, 3, 4) See Page 9 See Page 9 See Page 10 1
6 O-ring - EPDM * M2.65×22.4 * M2.65×22.4 * M2.65×22.4 1
7 Shaft Seal - EPDM, Carbon, Tungsten Carbide (Includes Ref. No. 6) 5900-300-00 5900-300-00 5900-300-00 1
8 Adapter See Page 9 See Page 9 See Page 10 1
9 Shield See Page 9 See Page 9 See Page 10 2
10 Pan Head Machine Screw * M4-0.7×8 * M4-0.7×8 * M4-0.7×8 4
11 O-ring - EPDM * M2.4×17.8 * M2.4×17.8 * M2.4×17.8 3
12 Wash Plug Assembly (Includes Ref. No. 11) 5900-044-90 5900-044-90 5900-044-90 1
13 Vent Plug Assembly (Includes Ref. No. 11) 5900-044-90 5900-044-90 5900-044-90 1
14 Hex Head Cap Screw - SAE Grade 5 * See Page 9 See Page 9 See Page 10 4
15 Hex Nut - ASTM Class A2-70 * M12-1.75 * M12-1.75 * M12-1.75 4
16 Flat Washer - SS * M12 * M12 * M12 4
17 Staybolt (multiple lengths) See Page 9 See Page 9 See Page 10 4
18 Spring 5900-036-00 5900-036-00 5900-036-00 1
19 O-ring - EPDM * M3.5×138 * M3.5×138 * M3.5×138 2
20 Cylinder (multiple lengths) See Page 9 See Page 9 See Page 10 1
21 Shaft (multiple lengths) See Page 9 See Page 9 See Page 10 1
22 Retaining Ring 5900-090-00 5900-090-00 5900-090-00 1
23 Collar 5900-086-00 5900-086-00 5900-086-00 1
24 Top Plate Weldment w/Crossover (Standard) 5900-172-00 5900-172-00 5930-172-00 1
24a Top Plate Weldment (2-Stage Models Only) 5900-170-00 5900-170-00 N/A 1
25 Sleeve 18.0mm (2-Stage Models Only) 5900-094-00 5900-094-00 N/A 1
26 Impeller Weldment 5900-010-00 5920-010-00 5930-010-00 Varies
27 Sleeve 17.5/26.0mm (Standard) 5900-080-00 5900-080-00 5930-090-00 Varies
28 Cap Incl. w/Ref 30 Incl. w/Ref 30 Incl. w/Ref 30 Varies
29 Wear Ring - Teon® Incl. w/Ref 30 Incl. w/Ref 30 Incl. w/Ref 30 Varies
30 Crossover Weldment (Includes 28, 29) 5900-160-00 5900-160-00 5930-160-00 Varies
31 Sleeve 6.5/15.0mm (Bearing Companion) 5900-078-00 5900-078-00 5930-088-00 Varies
32 Bearing Inner - Tungsten Carbide 5900-082-00 5900-082-00 5900-082-00 Varies
33 Bearing Outer - Tungsten Carbide Incl. w/Ref 34 Incl. w/Ref 34 Incl. w/Ref 34 Varies
34 Crossover Weldment w/Bearing (Includes 28, 29, 33) 5900-162-00 5900-162-00 5930-162-00 Varies
35 Sleeve Cup 5900-076-00 5900-076-00 5900-076-00 1
36 Star Washer * M8 * M8 * M8 1
37 Hex Nut w/Nyloc * M8-1.25 * M8-1.25 * M8-1.25 1
38 Volute Weldment (Includes 28, 29) 5900-150-00 5900-150-00 5930-150-00 Varies
39 Casing 5900-001-00 5900-001-00 5900-001-00 1
40 Oval Gasket - EPDM Incl. w/Ref KIT Incl. w/Ref KIT Incl. w/Ref KIT 2
41 NPT Flange 5900-050-01 5900-050-01 5900-050-02 2
42 Hex Head Cap Screw - Class A2-70 * M10-1.50×40 * M10-1.50×40 * M10-1.50×40 4
43 Bypass Valve Assembly (Includes Ref. No. 11) 5900-048-90 5900-048-90 5900-048-90 1
44 Hex Head Cap Screw * 5/8"UNC×2½" * 5/8"UNC×2½" * 5/8"UNC×2½" 8
45 Pipe Flange - ANSI/ASME 250# (Outer) * 1¼" NPT * 1¼" NPT * 1¼" NPT 2
46 Pipe Flange - ANSI/ASME 250# (Inner) * 1" NPT * 1" NPT * 1¼" NPT 2
47 Gasket 5900-068-00 5900-068-00 5900-068-00 2
48 Hex Nut * 5/8"-18UNC * 5/8"-18UNC * 5/8"-18UNC 8
49 Pipe Nipple * 1" NPT * 1" NPT * 1¼" NPT 2
50 Pipe Flange Kit - ANSI/ASME 250# (Includes one each: 45, 46, 47, 49; and
four each: 44, 48) 5900-064-90 5900-064-90 5900-064-91 2
KIT Seal Kit - Complete (Includes Ref. Nos. 7, 11, 19, 40) 5900-300-90 5900-300-90 5900-300-90 1
(*) Standard hardware item, available locally.

Specications Information and Repair Parts Manual MSV1, MSV3 and MSV5 Series
5910-251-00 10 10/2016
Ref. No. 1 Motor Ref. No. 5 Ref. No. 8 Ref. No. 9 Ref. No. 14 Ref. No. 17 Ref. No. 20 Ref. No. 21 Model HP 1 Phase 3 Phase Coupling Adapter Shield Cap Screw Staybolt Cylinder Shaft "1" Series 2-Stage 3/4t1626-321-00 1626-327-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-702-00 5900-602-00 5900-503-00 3-Stage 3/4t1626-321-00 1626-327-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-702-00 5900-602-00 5900-503-00 4-Stage 3/4t1626-321-00 1626-327-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-704-00 5900-604-00 5900-504-00 5-Stage 3/4t1626-321-00 1626-327-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-705-00 5900-605-00 5900-505-00 6-Stage 3/4 1626-321-00 1626-327-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-706-00 5900-606-00 5900-506-00 7-Stage 3/4 1626-321-00 1626-327-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-707-00 5900-607-00 5900-507-00 8-Stage 1 1626-322-00 1626-328-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-708-00 5900-608-00 5900-508-00 9-Stage 1 1626-322-00 1626-328-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-709-00 5900-609-00 5900-509-00 10-Stage 1 1626-322-00 1626-328-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-710-00 5900-610-00 5900-510-00 11-Stage 1½ 1626-323-00 1627-329-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-711-00 5900-611-00 5900-511-00 12-Stage 1½ 1626-323-00 1627-329-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-712-00 5900-612-00 5900-512-00 13-Stage 1½ 1626-323-00 1627-329-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-713-00 5900-613-00 5900-513-00 15-Stage 2 1626-324-00 1626-330-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-715-00 5900-615-00 5900-515-00 17-Stage 2 1626-324-00 1626-330-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-717-00 5900-617-00 5900-517-00 19-Stage 2 1626-324-00 1626-330-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-719-00 5900-619-00 5900-519-00 21-Stage 3 1626-325-00 1626-331-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-721-00 5900-621-00 5900-521-00 23-Stage 3 1626-325-00 1626-331-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-725-00 5900-623-00 5900-523-00 25-Stage 3 1626-325-00 1626-331-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-725-00 5900-625-00 5900-525-00 27-Stage 3 1626-325-00 1626-331-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-727-00 5900-627-00 5900-527-00 "3" Series 2-Stage 1 1626-322-00 1626-328-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-702-00 5900-602-00 5900-503-00 3-Stage 1 1626-322-00 1626-328-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-702-00 5900-602-00 5900-503-00 4-Stage 1 1626-322-00 1626-328-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-704-00 5900-604-00 5900-504-00 5-Stage 1 1626-322-00 1626-328-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-705-00 5900-605-00 5900-505-00 6-Stage 1 1626-322-00 1626-328-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-706-00 5900-606-00 5900-506-00 7-Stage 1½ 1626-323-00 1627-329-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-707-00 5900-607-00 5900-507-00 8-Stage 1½ 1626-323-00 1627-329-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-708-00 5900-608-00 5900-508-00 9-Stage 1½ 1626-323-00 1627-329-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-709-00 5900-609-00 5900-509-00 10-Stage 2 1626-324-00 1626-330-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-710-00 5900-610-00 5900-510-00 11-Stage 2 1626-324-00 1626-330-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-711-00 5900-611-00 5900-511-00 12-Stage 2 1626-324-00 1626-330-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-712-00 5900-612-00 5900-512-00 13-Stage 3 1626-325-00 1626-331-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-713-00 5900-613-00 5900-513-00 15-Stage 3 1626-325-00 1626-331-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-715-00 5900-615-00 5900-515-00 17-Stage 3 1626-325-00 1626-331-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-717-00 5900-617-00 5900-517-00 19-Stage 3 1626-325-00 1626-331-00 5900-070-90 5900-030-00 5900-038-00 3/8"-16UNC×1¼" 5900-719-00 5900-619-00 5900-519-00 21-Stage 5 N/A 1626-360-00 5920-070-90 5920-030-00 5920-038-00 1/2"-13UNC×1¼" 5900-721-00 5900-621-00 5900-521-00 23-Stage 5 N/A 1626-360-00 5920-070-90 5920-030-00 5920-038-00 1/2"-13UNC×1¼" 5900-725-00 5900-623-00 5900-523-00 25-Stage 5 N/A 1626-360-00 5920-070-90 5920-030-00 5920-038-00 1/2"-13UNC×1¼" 5900-725-00 5900-625-00 5900-525-00
Repair Parts List (continued)