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Fully Automatic Bent Bolts Machine from Coil
Straight, cut, thread, bend. All-in-One Machine
From coil to completed product, the VAS machines are completely automatic machines and fully adjustable, allowing you to create limitless products on one machine. The machine will draw the coil, straighten it, cut it to the desired length, and thread it (one side or both), and bend it.
The VAS line can perform a variety of operations, that include cold forming operations such as thread rolling, and material removing operations, such as drilling, pointing, etc.
The parts are automatically transferred inside the VAS machine from one station to the other, and the outcome is a finished part, that does not require any additional operations.
The following operations can be performed on the VAS machine in any sequence:
- Chamfer Cutting (pointing)
- Chamfer Rolling
- Thread and Form Rolling
- Knurling
- Extrusion of the ends before thread rolling
- Collaring
- Heading
- Grooving
- Drilling
- Stamping
- Bending
- Flattening
Samples of parts that can be made on the machine:
- Straight Studs, with threads on one or both sides.
- Hanger Bolts, with one side wood screw thread and one side machine thread.
- U Bolts, Eye Bolts, Anchor Bolts.
- Hooks and Eye Bolts with Wood Screw Threads.
- Truck and Trailer U Bolts with chamfers.
- Weld Studs and other studs, Chamfered, Stamped, and Fully Threaded.
- Chain Links with chamfered ends and blanks for Fully Threaded Stainless-Steel Rods.
- Bicycle shafts, Shafts for Children's Toys.
- Extruded Studs for Engines, Extruded U Bolts.
The main advantage of the VAS line is the capacity to perform any number and any combination of operations in one machine. Each operation is done in a separate station, so a few operations take place at any given time, but in separate locations, to keep the high production rate. The separation of operations makes the machine very easy to operate and reduces the risk of one operation affecting the other. The flow of parts is done internally, with no external conveyors. The finished parts eject from one side of the machine, at a rate of a minimum of 40-50 PPM (for chamfer cut parts) to 200 PPM, for rolled parts.
Models:
- VAS: Straight Studs with threads on one end
- VAS-D: Straight Studs with threads on one end or both ends
- VAS-BH: Bent Bolts with threads on one end such as Eye Bolts and Anchor Bolts
- VAS-DBH: Bent Bolts with threads on one end (Eyebolts) or both ends (U-Bolts)
Specifications:
| Model & Specifications |
VAS-0 series |
VAS-10 series |
VAS-20 series |
VAS-25 series |
VAS-30 series |
VAS-35 series |
VAS-40 series |
| Thread size; up to 700 N/mm² |
M-2.5 to M-6
NC#4 to 1/4” |
M-4 to M-8
NC#8 to 5/16” |
M-6 to M-12
1/4” to 1/2” |
M-8 to M-16
5/16” to 5/8” |
M-10 to M-20
3/8” to 3/4” |
M-12 to M-24
1/2” to 1” |
M-16 to M-33
5/8” to 1-¼” |
| Standard length; Straight studs |
250mm / 10”
200mm / 8” |
560mm / 22”
450mm / 18” |
660mm / 26”
550mm / 22” |
750mm / 30”
600mm / 24” |
1,000mm / 39”
635mm / 25” |
1,200mm / 47”
700mm / 28” |
1,500mm / 59”
750mm / 30” |
| Thread rolling die pocket |
32mm |
60mm |
100mm |
100-125mm (5”) |
100-155mm (6-1/8”) |
100-155mm (6-1/8”) |
150-200mm (8”) |
| Minimum distance between threads |
25mm / 1” |
36mm / 1.42” |
40mm / 1.58” |
46mm / 1.81” |
64mm / 2.5” |
64mm / 2.5” |
90mm / 3.5” |
| Production; Straight studs |
100-200 PPM |
80-160 PPM |
60-240 PPM |
60-150 PPM |
50-200 PPM |
50-120 PPM |
45-180 PPM |
| Production; Bent parts |
80-160 PPM |
60-150 PPM |
50-200 PPM |
50-120 PPM |
45-180 PPM |
45-100 PPM |
40-120 PPM |
| Max. distance between legs: |
75mm (3") |
150mm (6") |
180mm (7") |
250mm (10"_ |
400mm (15") |
450mm (17") |
500mm (20") |
| Main motor |
2.2 KW / 3 HP
1.5 KW / 2 HP |
5.5 KW / 7.5 HP
4.0 KW / 5.5 HP |
15 KW / 20 HP
7.5 KW / 10 HP |
18 KW / 25 HP
11 KW / 15 HP |
30 KW / 40 HP
18 KW / 25 HP |
40 KW / 50 HP
30 KW / 40 HP |
60 KW / 75 HP
75 KW / 100 HP |
| Floor space |
2.2m X 0.8m
(7.2’ X 2.6') |
2.3m X 1.0m
(7.5’ X 3.25') |
3.3m X 1.1m
(11’ X 3.1') |
4.0m X 1.3m
(13’ X 4.25') |
4.7m X 1.5m
(15.4’ X 4.9') |
5.2m X 1.6m
(17' X 5.2') |
6.0m X 2.0m
(20' X 6.5') |
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Videx bundling machines automatically separate, count, and pack threaded rods.
Videx offers machines with up to 4,000mm (12ft) threaded rod bundling solutions. The bundling machines are simple, easy to operate, programable, and can easily handle M6 to M30 (1/4”-1 1/4”). Videx encourages our customers to use our cardboard packing solution to reduce plastic waste and help our environment.
- The Bundling Machine performs the following operations:
- Accept 1-2.5 tons bulk of threaded Rods, loaded by an overhead crane or forklift.
- Loosen the bulk, Separate, and feed the Threaded Rods.
- Count and Separate the Threaded Rods according to the preset quantity per thread size.
- Transfer each bundle to the wrapping station.
- Wrap the bundle by rope, by welded plastic strips or into a cardboard box/tube
- Discharge the bundle into the finished bundle bin.
| Specifications |
VSB-1000 |
VSB-3000 |
VSB-4000 |
| Threaded Rod Range |
M-6 to M-30
¼” – 1¼” |
M-6 to M-30
¼” – 1¼” |
M-6 to M-30
¼” – 1¼” |
| Threaded Rod length |
1,000mm (3') |
3,000mm (9') |
4,000mm (12') |
| Align accuracy in a bundle |
10mm (3/8”) |
10mm (3/8”) |
10mm (3/8”) |
| Production Bundles/Hour |
Up to 200 |
Up to 150 |
Up to 150 |
| Strap distance from edge |
Adjustable |
Adjustable |
Adjustable |
| Number of straps on each bundle |
Adjustable |
Adjustable |
Adjustable |
| Bulk Container weight capacity |
1,000 Kg (2,200 lbs.) |
2,000 Kg (4,500 lbs.) |
2,500 Kg (5,000 lbs.) |
| Bulk Container length capacity |
1,400mm (4.6') |
3,400mm (11.2') |
4,200mm 13.7')( |
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Videx is offering fully automatic Threaded Rod lines for both Ferrous Steel and Stainless Steel.
The Stainless Steel line will draw the wire from rod, straighten, cut to length, thread by a 2-roll machine, wipe or wash the oil, create bundles of 5-100 pcs, strap by rope or plastic straps, and palletize the bundles on wooden palettes.
In the Ferrous steel lines, the threaded rods have to be galvanized and therefore have to be removed after thread rolling. After galvanizing, the thread rods should be fed into a bundling machine that can accept 2-ton bulks, square and count the bars, strap, and palletize.
Both lines are offered as single side lines or dual sidelines. The dual side lines are comprised of one dual-side straightening and cut machine that feeds two high-speed thread rollers, two washing machines, and one integrated bundling machine. The double sideline is an ideal solution for high-speed production of threaded rods, both for long and short batches.
The dual-side straightening and cut machine feeds and cuts wire at high speed and diverts the cut-to-length bars to the two sides of the machine, from where they are transferred into two hi-speed thread rollers that were specially designed to accept these bars and thread them at high speed.
The threaded bars are optionally diverted into two washing machines. After cleaning the bars are counted and arranged in bundles. The bundles are strapped and sent to a Palletizer that packs them on palettes.
This integrated line will double and even triple the production of any standard threaded rod line without any handling or operator intervention and will consume less floor space.
Each side of the dual-side machine is independently operated and controlled. If necessary, the machine can work on one side only when changing thread rolling dies on the other side, for example.
The machines are equipped with quick change-over features for bar diameter and length.
All the machines in the line are fully mechanical. There are no clutches or hydraulic components, so the line is quieter and more reliable, requiring minimal maintenance.
The cutting operation in the straightening and cut machine is performed by a rotating cam, driven by a heavy-duty automotive-type gear through a patented “servo” drive. The straightener reciprocates during cut-off (same principle as Flying Shear), so it does not damage the wire as it never twists on the wire in one place.
The Run-Off Guide of the straightening and cut machine is made out of stainless steel, requiring no adjustment when changing wire diameters within the machine range! The gate of the run-off guide is pneumatically operated; it is quiet and smooth and is well supporting the wire during cut-off, to assure a square cut face.
The positive stop location determines the part length. It is mounted on a carriage that rides along the run-off guide. There is no need to dismantle any part when changing the part length.
The straightening and cut-off machine in the line is controlled by the thread rollers on both sides and by the number of blanks waiting in the magazine to be thread rolled. The straightening and cut machine will slow down when there are too many parts in the magazine, and will eventually stop if the parts do not clear within a preset time, to avoid any breakage.
For customers who already have drawing machines, thread rollers, or palletizers Videx is also offering partial lines with a single-side or a double-side straightening and cut machine and a bar feeder.
| Specifications |
VTR-1 (VTR-1-Double) |
VTR-2 (VTR-2-Double) |
| Thread range |
M-5 to M-12
NC#10 to 1/2” |
M-14 to M-24
9/16” to 1” |
| Minimum length |
Standard: 1,000mm (3’)
Special-Short: 300mm (12”) |
Standard: 1,000mm (3’)
Special-Short: 500mm (20”) |
| Maximum length models |
3,000 / 4,000mm / 12’ |
3,000 / 4,000mm / 12’ |
| Mild Steel production rate; Single side |
15-25 meters/minute |
18-22 meters/minute |
| Mild Steel production rate; Double side |
30-50 meters/minute |
35-45 meters/minute |
| Stainless Steel production rate; Single side |
11-13 meters/minute |
10-12 meters/minute |
| Stainless Steel production rate; Double side |
22-25 meters/minute |
20-24 meters/minute |
| Floor space single side line, 3 meters |
7.5m X 1.4m |
8.5m X 1.5m |
| Floor space double side line, 3 meters |
7.5m X 2.0m |
8.5m X 2.2m |
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The V-B7 line of machines is designed to Chamfer & Stamp Hi-tensile Studs (ie. B-7).
There are a few options of lines, fully automatic machine from coil to finished product, or from blanks.
Each model has capacity for a wide range of wire diameters and lengths. These CE safety-approved machines are easy to set and are low maintenance. They are designed and constructed for the production of small and medium size batches.
The heavy-duty chamfer heads produce a clean smooth chamfer and longer life of the chamfer tips. The chamfers are cut dry, at high speed, without lubricant, and the dry chips are then ejected out of the machine, keeping the work area dry and clean. Stamping can be single, or double-end.
The machines accept pre-cut blanks, which can be fed automatically by an external feeder, or by a hand-feed magazine.
When working from long bars, Videx offers a quick-change feed table, and a bar shear that will cut the bars to a precise length, and remove the bar ends to a recycle bin.
Working from coil is also possible, up to M-24 (1”).
An optional conveyor can be added, to feed the chamfered and stamped blanks into a thread roller, if required.
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Videx Weld-Stud line is a complete fully-automatic small factory for the production of Weld-Stud or B7 Studs from coil. The new line covers the wire diameter range of Ø12mm- Ø24mm and length of 250mm-2000mm (Ø1/2” to Ø1.1” and length range is 10”-6.5’). The machine is straightening wire from coil, cutting to length, chamfering, Stamping the customer’s logo, drilling, and inserting flux balls on one side.
The machine line will produce 20-30 weld studs per minute using a fully automatic and controlled process. Heading is optional on all models. Open-Die, 2-Blow, Cold-Header
Operation Sequence:
- The wire is pulled from a powered Turn-Table or horizontal Uncoiler using two feed boxes.
- The wire is straightened by a rotary straightener.
- The straight wire hits the positive stop and is sheared by the Flying Shear through a closed quill and open knife, while supporting it, to ensure a square accurate cut.
- An intermediate magazine accepts cut-to-length blanks.
- The blanks are clamped and then chamfered and drilled with one tool, on one side.
- A Stamp indents the far end with the company’s logo.
- The bars are transferred to the next station, where a flux ball is pushed into the bore.
- Heading of the weld studs is optional, to form a head.
- Long Weld-Studs can optionally be packed in carton boxes.
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Available up to 90mm (3 1/2") diameter bars, the Impact Cutters are designed to cut medium and high-tensile bars. The machines are typically offered with optional in-line chamfer stations and bar feeders. The VIC models can also be equipped with a computer that calculates the number of parts that can be cut from each bar. Cut-to-length parts are diverted to one side of the machine, while short residual parts are directed to the backside and into a short parts bin (not supplied). A tight length tolerance of about ±0.1mm, measured between centers, is achieved because the bars hit a positive stop before cutting. The wire edge is square and accurate, as the wire is fully supported during the cut-off process. The cut-off is activated by a hydraulic impact piston, which ensures a good cut face even when processing mild steel. The run-off guide is reliable and easy to set, requiring no adjustments when changing wire diameters within the specified range. The wire slides between stainless steel bars and is supported by a bottom gate that opens during the cut-off operation. The positive stop can be positioned anywhere along the rails without the need to dismantle any parts. Cut-to-length bars accumulate in a magazine and are then transferred to the chamfer machine, where they can be chamfered on one or both ends.
- Cut-off length, repeatability: ±0.1mm by using a positive stop.
- The Impact cutter can work with Videx Bar Feeder or with any other bar feeder.
- In Videx Bar Feeder the blanks are automatic centered with the cut-off quill, enabling a very quick change-over of wire diameters.
- The bar is supported during the cutting operation, assuring a perfectly square cut face even when running mild steel.
- Stainless steel run-off guide requires NO adjustment along a wide rrange of wire diameters.
- Quick-Change cut-off tools; ideal for small batches.
- Optional removal and sorting of the first & last parts of each bar into a separate short parts bin.
- Computer console, allows entering the bar length & the required cut length. The machine will divert all the good parts to one side and the residual slug to the short parts bin on the other side.
- Digital Length Readout (optional).
- Compact Design.
- Wide wire diameter range in each machine. Total wire diameter range between ø6.0mm and ø50mm.
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The Videx Controlled Start System revolutionizes thread rolling with innovative features designed for precision, efficiency, and reliability. Its wide hold-back finger synchronizes blank speed with rotary die speed, extending die life and ensuring superior thread quality with fewer feed jams. An AC Speed Controller enables optimized machine rates for any thread size, while optional hydraulic clamping allows micrometric pressure adjustments and quick setup replication. Additional features include a taper compensation system for parallel threads, a quick-change magazine for seamless diameter transitions, dual control panels for flexible operation, and a heavy-duty mechanical transmission with low maintenance and high durability. With these advancements, the Videx system ensures maximum productivity and exceptional results.
Available with single side threading, dual side, with or without bending..
| Specifications |
VS-20-S/DS |
VS-25-S/DS |
VS-30-D/DS |
VS-35-D/DS |
Thread range:
@ Up to 700 N/mm² T/S
@ Up to 1000 N/mm² T/S |
M-5 to M-12
M-6 to M-16 |
M-5 to M-16
M-10 to M-20 |
M-6 to M-20
M-10 to M-24 |
M-10 to M-27
M-10 to M-24 |
| Thread Rolling die height |
80-100mm |
100-127mm |
100-155mm |
100-200mm |
Overall part length
(optional, extended length) |
660mm
1000mm |
750mm
1000mm |
1000mm
1200, 1500mm |
1200mm
1500-3000mm |
| Production rate [PPM] |
50-200 |
45-180 |
40-160 |
35-140 |
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Videx Thread Rolling Dies
Planetary & Flat Die
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Videx Nitrated thread rolling dies are available for Videx machines and for all other planetary thread rollers.
The dies are offered from a special steel, providing longer die life and less frequent change-over of dies.
HSS Nitrated dies are offered as well, for special applications.
Most standard inch and metric thread rolling dies for Videx machines are offered ex stock.
Videx is offering a complete manufacturing solution from one source, including the feed system, machine and dies.
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Machine
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Model
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Rotary die
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Segment
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Segment
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Segment
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Segment
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Equivalent
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# of
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Keyway
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ID (d)
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OD (D)
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Angle
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Group I (t)
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Group II (h)
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to:
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Seg.
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Bearkat
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KI-30
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127
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240
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120
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min
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SSR-30
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3
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1/2"/13
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Bearkat
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KI-50
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127
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340
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120
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min
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SSR-50 (GR-4)
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Capelli
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101
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140
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241.3
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5
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No
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Capelli
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106/108/206
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127
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241.3
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60
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22.2
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V-10 (GR-2)
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4
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1/2"
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Crimela
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RUL-T1
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150
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300
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120 with cut-outs, Rotary with 4 holes
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3
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12
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Crimela
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RUL-T2
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200
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490
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Square Segment
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2
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E.W.Menn
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RW-3, RW5
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40
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120
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90
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1
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GR-1
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4
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10
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E.W.Menn
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RW-8
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127
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241.3
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60
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22.2
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V-10 (GR-2)
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4
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1/2"
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E.W.Menn
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RW-10
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127
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280
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60
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37
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GR-3
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3
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1/2"
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Fray
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NF 1037/28591
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133.35
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225.25
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3
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1/2"
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Grefe
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2/4
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60
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150
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slotted
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3
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18
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Grefe
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2/6
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60
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170
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3
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18
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Hartford
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PTR-1200
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127
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241.3
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60
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22.2
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GR-2
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4
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1/2"
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Hilgeland
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SW0
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40
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120
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12
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Hilgeland
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SW2
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127
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241.3
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not GR-2
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4
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1/2"
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Ingramatic
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GR-1
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40
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120
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90
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1
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GR-1
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4
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10
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Ingramatic
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GR-2
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127
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241.3
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60
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22.2
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V-10 (GR-2)
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4
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1/2"
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Ingramatic
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GR-3
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127
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280
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60
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37.6
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GR-3
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3
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1/2"
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Ingramatic
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GR-4
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127
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340
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120
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min
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SSR-50 (GR-4)
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3
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13
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Izpe
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SO
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54
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172
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Izpe
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SOE
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54
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190
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Izpe
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S1-ETR
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127
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241.3
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seg L=175mm
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3
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24
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Nedschroef
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BS-2
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127
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241.3
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60
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22.2
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V-10 (GR-2)
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4
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1/2"
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Nedschroef
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BS-3, BS-4+C2
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152.4
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342.9
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90
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27
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WAT-20
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3
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5/8"
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Omega
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RR-3, RR-4
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40
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120
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90
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1
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GR-1
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4
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10
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Omega
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RR-6
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127
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241.3
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90-120
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2
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3
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1/2"-13
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Omega
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RR-10
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127
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280
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60
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37
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GR-3
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3
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1/2"
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Pressvit
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R104
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40
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120
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90
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1
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GR-1
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4
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10
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Pressvit
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R106/108
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127
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241.3
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60
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22.2
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V-10 (GR-2)
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4
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1/2"
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Pressvit
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R112
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127
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280
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60
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37
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GR-3
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3
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1/2"
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Prutton
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75-1 (RTHD)
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139.7
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235
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D.T.
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Prutton
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75-3K (RTHE)
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139.7
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241.3
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72
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min
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5
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No
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Prutton
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75-4 (RTHE)
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139.7
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235
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90
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min
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4
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1/2"
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Prutton
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75-4K (RTHE)
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139.7
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241.3
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90
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min
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4
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No
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Prutton
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75-5K (RTHE)
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127
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241.3
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72
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min
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5
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1/2"
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Prutton
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75-6 (RKE)
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127
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235
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90
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min
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4
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Prutton
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75-6K (RKG)
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127
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241.3
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90
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min
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V-10 (GR-2)
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4
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13
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Prutton
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75-7K (RKG)
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127
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241.3
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120
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min
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|
|
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13
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Prutton
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125-1/4/101 (RTHD)
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266.7
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393.7
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D.T.
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|
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Prutton
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150-4 (RTH)
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190.5
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304.8
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90
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min
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4
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1/2"
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Prutton
|
150-6/7 (RKE/E)
|
178
|
304.8
|
90/120
|
min
|
|
|
4/3
|
1/2"
|
|
Prutton
|
155-1 (RTHE)
|
190.5
|
279.4
|
D.T.
|
|
|
|
|
|
|
Prutton
|
155-3/102 (RTHE)
|
190.5
|
304.8
|
72
|
min
|
|
|
5
|
|
|
Prutton
|
155-5 (RKE)
|
178
|
304.8
|
72
|
min
|
|
|
5
|
|
|
Prutton
|
200-1 (RTHD)
|
266.7
|
406.4
|
D.T.
|
|
|
|
|
|
|
Prutton
|
200-4 (RTHE)
|
266.7
|
406.4
|
90
|
min
|
|
|
4
|
|
|
Prutton
|
200-6 (RKE)
|
228.6
|
406.4
|
90
|
min
|
|
|
4
|
|
|
Prutton
|
200-6K (RKEE)
|
228.6
|
420
|
90
|
min
|
|
|
4
|
18
|
|
Prutton
|
200-7K (RKEE)
|
228.6
|
420
|
120
|
min
|
|
|
3
|
18
|
|
Prutton
|
300-810 (RTH10)
|
254
|
393.7
|
90
|
min
|
|
|
|
No
|
|
Prutton
|
300-820 (RTH20)
|
254
|
393.7
|
180
|
min
|
|
|
|
No
|
|
Prutton
|
300-910 (LRTH10)
|
254
|
444.5
|
90
|
min
|
|
|
|
No
|
|
Prutton
|
300-920 (LRTH20)
|
254
|
444.5
|
180
|
min
|
|
|
|
No
|
|
Prutton
|
400-7 (RKE)
|
266.7
|
495.3
|
120
|
5
|
|
|
|
20
|
|
Ruja
|
#5; Eagle V
|
127
|
241.3
|
90-120
|
min
|
|
WAT-10
|
|
|
|
Ruja
|
#6; Eagle IV
|
152.4
|
342.9
|
90
|
|
27
|
WAT-20
|
|
|
|
Ruja
|
#`9; Eagle I
|
228.6
|
420
|
160
|
0-5
|
|
|
2
|
18
|
|
Ruja
|
#`9; Eagle III
|
228.6
|
420
|
120
|
0-5
|
|
SSR-70
|
3
|
18
|
|
Ruja
|
#10, 125
|
254
|
520
|
145
|
min
|
|
|
2
|
25.4
|
|
Sacma
|
RU2 TG
|
177.8
|
280
|
|
|
|
|
3
|
1/2"
|
|
Sacma
|
RU2 TG II
|
127
|
280
|
60
|
|
37
|
GR-3
|
3
|
1/2"
|
|
Sacma
|
SR-4
|
152.4
|
380
|
90-120
|
|
|
|
3-4
|
|
|
Sakamura
|
SSR-30
|
127
|
240
|
120
|
min
|
|
SSR-30
|
3
|
13
|
|
Sakamura
|
SSR-50
|
127
|
340
|
120
|
min
|
|
SSR-50 (GR-4)
|
3
|
13
|
|
Sakamura
|
SSR-50D
|
152.4
|
340
|
120
|
min
|
|
|
3
|
13
|
|
Sakamura
|
SSR-70
|
228.6
|
420
|
120
|
min
|
|
SSR-70
|
3
|
18
|
|
Sakamura
|
SSR-100
|
226.7
|
520
|
120
|
min
|
|
|
3
|
20
|
|
Sakamura
|
SSR-100-HD
|
266.7
|
520
|
120
|
min
|
|
SSR-100
|
3
|
20
|
|
Salvi
|
502/505/506
|
127
|
241.3
|
0
|
|
|
|
3-4
|
1/2"
|
|
Salvi
|
RB1
|
127
|
280
|
60
|
|
37
|
GR-3
|
3
|
1/2"
|
|
Saspi
|
RV-4
|
40
|
120
|
90
|
1
|
|
GR-1
|
4
|
10
|
|
Saspi
|
RV-12
|
127
|
304.8
|
|
|
|
|
|
|
|
Seny
|
D8 TRS
|
127
|
241.3
|
|
|
|
|
4
|
1/2"
|
|
Seny
|
RS12, D12-TRS
|
127
|
280
|
60
|
|
37
|
GR-3
|
3
|
1/2"
|
|
Sima
|
RAP-4
|
40
|
120
|
90
|
7.5
|
7.5
|
slotted
|
3
|
10
|
|
Sima
|
RAP-6
|
127
|
240
|
120
|
2
|
|
slotted
|
3
|
13
|
|
Sima
|
RAP-7
|
127
|
240
|
120
|
2
|
|
slotted
|
3
|
13
|
|
Sima
|
RAP-10/11/12
|
127
|
304.8
|
120
|
2
|
|
slotted
|
3
|
1/2"-13
|
|
Sima
|
RAP-16/20
|
228.6
|
419.1
|
120
|
5
|
|
slotted
|
3
|
18
|
|
Sima
|
RAP-25
|
228.6
|
419.1/420?
|
165
|
4
|
|
slotted
|
2
|
18
|
|
TLM
|
RS-6
|
40
|
120
|
90
|
1
|
|
GR-1
|
4
|
10
|
|
TLM
|
RS-8
|
127
|
241.3
|
90-120
|
|
|
|
3-4
|
1/2"
|
|
TLM
|
RS-12
|
127
|
280
|
60
|
|
37
|
GR-3
|
3
|
1/2"
|
|
TLM
|
RS-16
|
127
|
340
|
120
|
min
|
|
SSR-50 (GR-4)
|
3
|
13
|
|
Videx
|
V-00
|
40
|
120
|
90
|
1
|
|
GR-1
|
4
|
10
|
|
Videx
|
V-0
|
69.85
|
152.4
|
47
|
|
18
|
V-0
|
4
|
12
|
|
Videx
|
V-10, V-5
|
127
|
241.3
|
60
|
|
22.2
|
V-10 (GR-2)
|
4
|
1/2"
|
|
Videx
|
V-15
|
150
|
300
|
36
|
|
65.5
|
V-20
|
3
|
12
|
|
Videx
|
V-20
|
150
|
300
|
36
|
|
65.5
|
V-20
|
3
|
12
|
|
Videx
|
V-25
|
167.5
|
342.9
|
62
|
|
59
|
V-25
|
3
|
5/8"
|
|
Videx
|
V-30
|
228.6
|
419.1
|
65.5
|
|
72.5
|
V-30
|
3
|
18
|
|
Videx
|
V-35
|
228.6
|
419.1
|
100
|
|
72.5
|
V-35
|
2
|
18
|
|
Videx
|
VA-20-K
|
70
|
152.4
|
45
|
min
|
|
VA-20-K
|
6-8
|
bore
|
|
Waterbury
|
WAT-1P
|
127
|
241.3
|
120
|
3
|
|
slotted
|
3
|
1/2"
|
|
Waterbury
|
WAT-10
|
127
|
241.3
|
60
|
|
20.2
|
V-10 (GR-2)
|
4
|
1/2"
|
|
Waterbury
|
WAT-20
|
152.4
|
342.9
|
90
|
|
27
|
WAT-20
|
3
|
5/8
|
|
|
|