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Element Upgrade Interchange Guide March 2007

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UNDERSTANDING ISO CODES

The ISO cleanliness code (per ISO4406-1999) is used to quantify particulate contamination levels per milliliter of fluid at

3 sizes 4[c], 6[c] and 14[c]. The ISO code is expressed in 3 numbers (example: 19/17/14). Each number represents a contaminant level code for the correlating particle size. The code includes all particles of the specified size and larger. It is important to note that each time a code increases the quantity range of particles is doubling.

Sample 1 (see photo 1)

Sample 2 (see photo 2)

Photo 1: ISO code 24/22/19 Photo 2: ISO code 16/14/11

www.filterelement.com Tech - 1

Particle

Size

Particles per

milliliter

ISO 4406

Code range

ISO

Code

4m[c] 492 320 ~ 640 16

6m[c] 149 80 ~ 160 14

10m[c] 41

14m[c] 15 10 ~ 20 11

21m[c] 5

38m[c] 1

Particle

Size

Particles per

milliliter

ISO 4406

Code range

ISO

Code

4m[c] 151773 80000~160000 24

6m[c] 38363 20000~40000 22

10m[c] 8229

14m[c] 3339 2500~5000 19

21m[c] 1048

38m[c] 112

ISO 4406:1999 Code Chart

Range Particles per milliliter

Code More than Up to/including

24 80000 160000

23 40000 80000

22 20000 40000

21 10000 20000

20 5000 10000

19 2500 5000

18 1300 2500

17 640 1300

16 320 640

15 160 320

14 80 160

13 40 80

12 20 40

11 10 20

10 5 10

9 2.5 5

8 1.3 2.5

7 0.64 1.3

6 0.32 0.64

Set the Target. The first step in identifying a target ISO code for a system is to identify the most sensitive component on an individual system, or the most sensitive component supplied by a central reservoir. If a central reservoir supplies several systems the overall cleanliness must be maintained, or the most sensitive component must be protected by filtration that cleans the fluid to the target before reaching that component.

SELECTING TARGET ISO CLEANLINESS CODES

When setting target ISO fluid cleanliness codes for hydraulic and lubrication systems it is important to keep in mind the objectives to be achieved. Maximizing equipment reliability and safety, minimizing repair and replacement costs, extending useful fluid life, satisfying warranty requirements, and minimizing production down-time are attainable goals. Once a target ISO cleanliness code is set following a progression of steps to achieve that target, monitor it, and maintain it will yield justifiable rewards for your efforts. Make an impact on reliability by controlling contamination.

Recommended* Target ISO Cleanliness Codes and media selection for systems using petroleum based fluids per ISO4406:1999 for particle sizes 4[c] / 6[c] / 14[c]

Other Considerations. Table 1 recommends conservative target ISO cleanliness codes based on several component manufacturers guidelines and extensive field studies for standard industrial operating conditions in systems using petroleum based fluids. If a non-petroleum based fluid is used (i.e. water glycol) the target ISO code should be set one value lower for each size (4[c]/6[c]/14[c]). If a combination of the following conditions exists in the system the target ISO code should also be set one value lower: Component is critical to

safety or overall system reliability.

Frequent cold start. Excessive shock or

vibration. Other Severe operation

conditions.

*Depending upon system volume and severity of operating conditions a combination of filters with varying degrees of filtration efficiency might be required (I.e. pressure, return, and off-line filters) to achieve and maintain the desired fluid cleanliness.

Pressure Media Pressure Media Pressure Media < 140 bar x[c] = 1000 212 bar x[c] = 1000 > 212 bar x[c] = 1000

Pumps < 2000 psi (x = 200) 3000 psi (x = 200) > 3000 psi (x = 200) Fixed Gear 20/18/15 22[c] (25) 19/17/15 12[c] (12) - - Fixed Piston 19/17/14 12[c] (12) 18/16/13 12[c] (12) 17/15/12 7[c] (6) Fixed Vane 20/18/15 22[c] (25) 19/17/14 12[c] (12) 18/16/13 12[c] (12) Variable Piston 18/16/13 7[c] (6) 17/15/13 5[c] (3) 16/14/12 7[c] (6) Variable Vane 18/16/13 7[c] (6) 17/15/12 5[c] (3) - -

Valves Cartridge 18/16/13 12[c] (12) 17/15/12 7[c] (6) 17/15/12 7[c] (6) Check Valve 20/18/15 22[c] (25) 20/18/15 22[c] (25) 19/17/14 12[c] (12) Directional (solenoid) 20/18/15 22[c] (25) 19/17/14 12[c] (12) 18/16/13 12[c] (12) Flow Control 19/17/14 12[c] (12) 18/16/13 12[c] (12) 18/16/13 12[c] (12) Pressure Control (modulating) 19/17/14 12[c] (12) 18/16/13 12[c] (12) 17/15/12 7[c] (6) Proportional Cartridge Valve 17/15/12 7[c] (6) 17/15/12 7[c] (6) 16/14/11 5[c] (3) Proportional Directional 17/15/12 7[c] (6) 17/15/12 7[c] (6) 16/14/11 5[c] (3) Proportional Flow Control 17/15/12 7[c] (6) 17/15/12 7[c] (6) 16/14/11 5[c] (3) Proportional Pressure Control 17/15/12 7[c] (6) 17/15/12 7[c] (6) 16/14/11 5[c] (3) Servo Valve 16/14/11 7[c] (6) 16/14/11 5[c] (3) 15/13/10 5[c] (3)

Bearings Ball Bearing 15/13/10 5[c] (3) - - - - Gearbox (industrial) 17/16/13 12[c] (12) - - - - Journal Bearing (high speed) 17/15/12 7[c] (6) - - - - Journal Bearing (low speed) 17/15/12 7[c] (6) - - - - Roller Bearing 16/14/11 7[c] (6) - - - -

Actuators Cylinders 17/15/12 7[c] (6) 16/14/11 5[c] (3) 15/13/10 5[c] (3) Vane Motors 20/18/15 22[c] (25) 19/17/14 12[c] (12) 18/16/13 12[c] (12) Axial Piston Motors 19/17/14 12[c] (12) 18/16/13 12[c] (12) 17/15/12 7[c] (6) Gear Motors 20/18/14 22[c] (25) 19/17/13 12[c] (12) 18/16/13 12[c] (12) Radial Piston Motors 20/18/15 22[c] (25) 19/17/14 12[c] (12) 18/16/13 12[c] (12)

Test Stands, Hydrostatic Test Stands 15/13/10 5[c] (3) 15/13/10 5[c] (3) 15/13/10 5[c] (3) Hydrostatic Transmissions 17/15/13 7[c] (6) 16/14/11 5[c] (3) 16/14/11 5[c] (3)

Example ISO Code Comments Operating Pressure 156 bar, 2200 psi Most Sensitive Component Directional Solenoid 19/17/14 recommended baseline ISO Code

Fluid Type Water Glycol 18/16/13 Adjust down one class

Operating Conditions Remote location, repair difficult Adjust down one class, combination

High ingression rate 17/15/12 of critical nature, severe conditions


Upgrading to Hy-Pro G7 Dualglass Glass media has much better dirt holding capacity than cellulose. When upgrading to an absolute efficiency glass media element the system cleanliness must be stabilized. During this clean-up period the glass element halts the runaway contamination as the ISO cleanliness codes are brought into the target cleanliness range. As the glass element removes years of accumulated fine particles the element life might be temporarily short. Once the system is clean the glass element can last up to 4~5 times longer than the cellulose element that was upgraded as shown in figure 2.

Evolution of Media: Hy-Pro G7 Dualglass Upgrade from Cellulose Glass media has superior fluid compatibility versus cellulose with hydraulic fluids, synthetics, solvents, and high water based fluids. Glass media also has a significant filtration efficiency advantage over cellulose, and is classified as absolute where cellulose media efficiency is classified as nominal. Elements of different media with the same micron rating can have substantially different filtration efficiency. Figure 1 provides a visual representation of the difference between absolute and nominal filter efficiency. The illustrated glass element would typically deliver an ISO Fluid Cleanliness Code of 18/15/8 to 15/13/9 or better depending upon the system conditions and ingression rate. The cellulose element would typically achieve a code no better than 22/20/17. Runaway contamination levels at 4[c] and 6[c] are very common when cellulose media is applied where a high population of fine particles exponentially generate more particles in a chain reaction of internally generated contaminate. Inorganic glass fibers are much more uniform in diameter and are smaller than cellulose fibers. Organic cellulose fibers can be unpredictable in size and effective useful life. Smaller fiber size means more fibers and more void volume space to capture and retain contaminate.

0

10

20

30

40

50

60

70

Dirt capacity (g)

Pre

ssur

e dr

op (

psid

)

Cellulose Media Dualglass Media

Cellulose Glass Fiber

1

2


Cleaner Fluid . . . Longer Component & Fluid Life . . . More Uptime!

Hydraulic Component

Current Target Target Target Target ISO Code ISO Code ISO Code ISO Code ISO Code

2 x Life 3 x Life 4 x Life 5 x Life 28/26/23 25/22/19 22/20/17 20/18/15 19/17/14 27/25/22 23/21/18 21/19/16 19/17/14 18/16/13 26/24/21 22/20/17 20/18/15 19/17/14 17/15/12 25/23/20 21/19/16 19/17/14 17/15/12 16/14/11 25/22/19 20/18/15 18/16/13 16/14/11 15/13/10 23/21/18 19/17/14 17/15/12 15/13/10 14/12/9 22/20/17 18/16/13 16/14/11 15/13/10 13/11/8 21/19/16 17/15/12 15/13/10 13/11/8 - 20/18/15 16/14/11 14/12/9 - - 19/17/14 15/13/10 13/11/8 - - 18/16/13 14/12/9 - - - 17/15/12 13/11/8 - - - 16/14/11 13/11/8 - - - 15/13/10 13/11/8 - - - 14/12/9 13/11/8 - - -

Current Target Target Target Target ISO Code ISO Code ISO Code ISO Code ISO Code

2 x Life 3 x Life 4 x Life 5 x Life 28/26/23 25/23/21 25/22/19 23/21/18 22/20/17 27/25/22 25/23/19 23/21/18 22/20/17 21/19/16 26/24/21 23/21/18 22/20/17 21/19/16 21/19/15 25/23/20 22/20/17 21/19/16 20/18/15 19/17/14 25/22/19 21/19/16 20/18/15 19/17/14 18/16/13 23/21/18 20/18/15 19/17/14 18/16/13 17/15/12 22/20/17 19/17/14 18/16/13 17/15/12 16/14/11 21/19/16 18/16/13 17/15/12 16/14/11 15/13/10 20/18/15 17/15/12 16/14/11 15/13/10 14/12/9 19/17/14 16/14/11 15/13/10 14/12/9 14/12/8 18/16/13 15/13/10 14/12/9 13/11/8 - 17/15/12 14/12/9 13/11/8 - - 16/14/11 13/11/8 - - - 15/13/10 13/11/8 - - - 14/12/9 13/11/8 - - -

Roller Contact Bearing

Develop a Fluid Cleanliness Target

Laboratory and field tests prove time and again that Hy-Pro filters consistently deliver lower ISO fluid cleanliness codes. Improving fluid cleanliness means reduced downtime, more reliable equipment, longer fluid life, fewer maintenance hours, and reduces costly component replacement or repair expenses.

Hy-Pro will help you develop a plan to achieve and maintain target fluid cleanliness. Arm yourself with the support, training, tools and practices to operate more efficiently, maximize uptime and save money.

NEW OIL New oil can be one of the worst sources of particulate and water contamination. 25/22/19 is a common ISO code for new oil which is not suitable for hydraulic or lubrication systems. A good target for new oil cleanliness is 16/14/11.

New Oil is Typically Dirty Oil . .


What is DFE (Dynamic Filter Efficiency)?

All hydraulic and lube systems have a critical contamination tolerance level that is often defined by, but not limited to, the most sensitive system component such as servo valves or high speed journal bearings. Component manufacturers provide fluid cleanliness levels, per ISO4406 or ISO4406:1999, required for optimum performance and predictable life. An operating system is at risk whenever the critical contamination level is exceeded. Contamination levels determine the individual components wear rate (useful life) and ability to perform as intended (functionality). System design, filter performance and maintenance practices largely determine the contamination level in a system. Filters are expected to maintain contamination below critical tolerance levels. Filter performance in a dynamic operating system is variable based upon flow rate and flow density, changes in flow rate (duty cycle), viscosity, fluid and structure borne vibration (Hz), contamination levels, ingression rate and several other conditions. All filters are subjected to some form of system dynamics. Hydraulic filters encounter frequent and rapid changes in flow rate accompanied by frequency changes. Lube filters typically experience dynamic conditions during start up and shut down. Two key characteristics of filter performance are capture efficiency and retention efficiency. Capture efficiency can be thought of simply as how effectively a filter captures particles while retention efficiency is a measure of how effectively that filter retains the particles it has captured. A filter is not a black hole, and its performance must not be based solely on how efficiently it captures particles. If not properly designed and applied, a filter can become one of the most damaging sources of contamination in a system. The Dynamic Filter Efficiency Test (DFE) is the evolution of hydraulic and lube filter performance testing. The DFE test goes further than current industry standards to bridge the gap between lab and real world by inducing dynamic duty cycles and measuring real-time performance before, during and after the cycles. DFE testing quantifies both capture and retention efficiency in real time so that we may predict the worst case fluid cleanliness along with average fluid cleanliness. The DFE test method was pioneered in 1998 during a joint effort between Scientific Services Inc (SSI) and Hy-Pro Filtration.

Current Filter Performance Testing Methods

Manufacturers of filter assemblies and filter elements use an industry standard test to rate filter efficiency and dirt holding capacity of filter elements under ideal lab conditions. The test protocol is ISO standard ISO16889 multi-pass, and was updated from ISO 4572 in 1999. The standard provides a repeatable test method where identical filters should produce like results when tested on various test stands. Figure 1 depicts the test circuit where MIL-H-5606 hydraulic fluid is circulated at a constant flow rate in a closed loop system with the test filter and on-line particle counters before and after the filter. Contaminated fluid with a known quantity of contaminant is added to the system before the upstream particle counter, and at a constant rate. Small amounts of fluid are removed before and after the filter for particle counting to calculate the filter efficiency (capture). The capture efficiency is expressed as the Filtration Ratio (Beta) which is the relationship between the number of particles greater than and equal to a specified size (x[c]) counted before and after the filter.

Flow meter

Test filter

Particle counter

Particle counter

Pump

Contaminant injected

1

Reservoir

P


Filtration Ratio (Beta) per ISO16889: x[c] = Example: 7[c] = 600/4 = 150, Filtration Ratio (Beta): 7[c] = 150. In the example, 600 particles greater than or equal to 7[c] were counted upstream of the filter and 4 were counted downstream. This Filtration Ratio is expressed as Beta 7[c] = 150. The [c] is referred to as sub c. The sub c is used to differentiate between multi-pass tests run per the current ISO16889 multi-pass test with new particle counter calibration per ISO11171 from ISO4572. Filtration Ratio ex-pressed or written without the sub c refers to the antiquated ISO4572 multi-pass test superseded by ISO16889. The efficiency may also be expressed as a percentage by converting the Filtration Ratio: 7[c] = 150 = (-1)/ x 100, Efficiency percentage of 7[c] = 150 = (150-1)/150 x 100 = 99.33%. The test filter is 99.33% efficient at capturing particles 7[c] and larger.

quantity particles >= x[c] upstream of filter

quantity particles >= x[c] downstream of filter

The DFE Multi-pass Testing Method

DFE multi-pass enhances the industry standard by inducing dynamic conditions (duty cycle) and measuring the affects of the duty cycle in real time instead of looking at normalized numbers over a time weighted average. DFE also addresses the inherent problem of ISO16889 where fluid is added and removed throughout the test, thus creating a small mathematical error that must be corrected in final calculations. In addition to the capture efficiency, DFE also quantifies retention efficiency in real time. A filter that does not properly retain previously captured contaminant can be identified. The phenomenon of releasing captured contaminant is called unloading, and can result in temporary contamination levels that are well above the critical contamination tolerance level of a system. The DFE test circuit also utilizes upstream and downstream particle counters, test filter and injection point before the upstream particle counter much like ISO16889. That is where the similarity to ISO16889 ends. The DFE flow rate is not constant like ISO16889, but rather hydrostatically controlled so flow changes can be made quickly while maintaining full system flow through the test filter. Particle counter sensor flows remain constant during all particle counts and no intermediate reservoirs are used to collect the particle counter flow before it is counted. This ensures that the fluid counted is representative of the system contamination level. Counts are taken before, during, and after each flow change. The total number of particle counts is determined by the duty cycle of the specific test. The efficiency results are reported in Filtration Ratio (Beta), efficiency percentage and actual particle levels per milliliter. The raw data is digitally tagged so filter efficiency may be reported for various combinations of flow conditions as a time weighted average and specific ranges related to differential pressure across the filter element. Some typical combinations include all maximum flow counts, all low flow counts and all flow change counts (low to high or high to low). Rapid particle counting with proper timing is how DFE allows Hy-Pro to analyze and understand both capture efficiency and retention efficiency characteristics of each filter tested while contaminant is being introduced upstream of the filter or when there is no contaminant being injected.


The DFE Testing Method - Quantifying Contaminant Capture and Retention

Figure 2 compares the performance of two identical high efficiency glass media filter elements produced by the same manufacturer, one of which was tested per ISO16889 multi-pass and the other per the DFE multi-pass method. The graph expresses the actual number of particles 6[c] and larger counted downstream of the filter element from several data points during the tests. Filter A2 was tested at a constant flow rate and maintained a steady efficiency throughout the test. Filter A1 was cycled between the max rated flow rate and half of rated flow with a duty cycle consistent with that of a hydraulic system. The downstream counts for Filter A1 varied and were highest during changes from low flow to high flow. The peaks represent counts taken during flow change and the valleys represent counts taken after each flow change. The alternating high peaks represent counts taken during changes from low flow to high flow. As the amount of contaminant captured by Filter A1 increased, the downstream counts increased most dramatically during the flow changes from low flow to high flow. Filter element A1, not properly designed to retain previously captured contaminant during dynamic system conditions, can become a dangerous source of contamination as it captures and then releases concentrated clouds of contaminated fluid.

0

10

20

30

40

50

Low ~ high flow

Filter Element A1 A2

Element Rating 7[c] > 1000 7[c] > 1000

High Flow (lpm) 112 112

Low Flow (lpm) 56 -

Contaminant Injection Rate 3 mg/l 3 mg/l

Figure 3 shows the particle counter raw data (top-upstream, bottom-downstream) for Element A1 before a change from low flow to high flow and Figure 4 shows the particle counter data for Element A1 during a change from low flow to high flow. The downstream particle count trace during the change reveals a much higher quantity of smaller particles and larger particles that did not pass the element before the dynamic system condition. This phenomenon can best be described as contaminant unloading. As the filter element captures more dirt, greater amounts may be released back into the system that it is installed to protect when the element is subjected to a dynamic flow condition and change in differential pressure across the element. Unloading may also occur when the flow rate changes from high flow to low flow, represented by the alternating smaller peaks in Figure 3. The filter element typically recovers shortly after the dynamic condition, but highly contaminated clouds of fluid from contaminant unloading can cause severe component damage and unreliable system performance.

2

3 4

High ~ low flow

Particle counts downstream of filter 6[c]

6 [c

] p

arti

cles

/ml


The DFE Testing Method - Quantifying Contaminant Capture and Retention

Excessive unloading in the early stage of element life may be symptomatic of an element that will eventually fail and lose its efficiency all together (media breakdown). Filter element B (graph 9) performed true to its rating under the ISO16889 multi-pass and achieved a beta ratio in excess of 7[c] > 1000. However, when an identical element was tested per DFE multi-pass the beta ratio slipped well below the element rating during dynamic conditions (graph 11). Filter media selection is often based on the beta ratio rating published by filter manufacturers. The beta ratio is the product of the ISO16889 multi-pass test and does not account for the dynamic duty cycle of hydraulic systems since the flow rate condition remains constant throughout the test. A common result is a system that suffers from premature contamination related failures, even though it is protected by filters that in theory should prevent such failures, causing reduced uptime, unreliable equipment performance, and expensive component repair and replacement costs. Figure 5 compares the performance of two identical Hy-Pro filter elements manufactured with G7 Dualglass media which have been designed and developed per the DFE multi-pass test method. All Hy-Pro elements that utilize the G7 or higher media carry the Hy-Pro DFE rating.

Although the contaminant unloading effect is still evident, the unloading is insignificant as filter element Hy-Pro 1, tested per DFE, performed true to its ISO16889 multi-pass rating of 7[c] > 1000 even during dynamic flow conditions. Figure 6 compares the performance of filter Element A1 and Hy-Pro 1 (DFE rated). Both elements demonstrated excellent particle capture performance during the ISO16889 and DFE testing. The DFE rated Hy-Pro element yielded much more stable particle counts downstream of the element and more consistent efficiency during the dynamic flow conditions. Improving particle retention results in more predictable fluid cleanliness levels and a system that can continually operate below the critical contamination tolerance level.

0

1

2

3

4

5

6

7

8Filter Element Hy-Pro 1 Hy-Pro 2



Low Flow (lpm) 56 -

Contaminant Injection Rate 3 mg/l 3 mg/l

5

High ~ low flow

Low ~ high flow

Filter Element Element A1 Hy-Pro 1



Low Flow (lpm) 56 56

Contaminant Injection Rate 3 mg/l 3 mg/l 0

5

10

15

20

25

30

35

40

45

50

6

6 [c

] p

arti

cles

/ml

Low ~ high flow



6 [c

] p

arti

cles

/ml


The DFE Multi-pass Testing Method - Cold Start Contaminant Retention

Once the element has captured enough contaminant to reach approximately 90% of the terminal P, dirty filter indicator setting, the main flow goes to zero and the injection system is turned off for a short dwell period. The main flow pump is turned on and rapidly achieves maximum element rated flow accompanied by real time particle count to measure retention efficiency of the contaminant loaded element. After the start-up simulation the system continues to perform the test duty cycle to further monitor the retention efficiency of the filter element after a restart. The purpose of this portion of the DFE test is to quantify how well the filter element retains the contaminant it has previously captured when subjected to a start-up condition. The dwell before the restart may be a function of time or a function of system temperature to simulate cold restart with an element that has captured a substantial amount of contaminant. Figure 7 and the table below it show the performance of an element, from the same lot as filter elements A1 & A2 from figure 2, that was subjected to the DFE restart test. During the restart, particle counts after the filter increased by a factor of 20 on the 6[c] channel, and the ISO codes increased by 4 on the 4[c] and 6[c] channels. During the restart test there is no contaminant being injected so any particles measured were already in the system or were released by the element (unloading). The result is a temporary state of highly contaminated fluid that has resulted because the filter element did not properly retain the dirt. Figure 8 and the table below it show the performance of Hy-Pro element 3, which is from the same lot as Hy-Pro 1 and 2 from figure 5. The unloading is evident in the DFE rated Hy-Pro 3 element, but the affect is greatly reduced. Element A3 (figure 7) unloaded 7 times more particles 6[c] and larger than did Hy-Pro 3, and 35 times more particles 14[c] and larger. The DFE rated Hy-Pro element had much higher retention efficiency than the filter designed and validated only to ISO16889 multi-pass. If we assume that a filter is like a black hole where all of the captured contaminant will remain trapped indefinitely we are operating with a false sense of security. If you are only discussing removal (capture) efficiency when it comes to filter elements you need to be looking at particle retention efficiency as well.

0

1000

2000

3000

4000

5000

6000

7000

8000

Par

ticl

es p

er m

illili

ter

7

Particle counts downstream of filter

Downstream Element A3

4[c] particles/ml

6[c] particles/ml

14[c] particles/ml

ISO Code per ISO4406:1999

Before Restart 429 136 25 16/14/12 During Restart 6973 2802 139 20/18/14

Restart unload

4[c] 6[c] 14[c]

0

1000

2000

3000

4000

5000

6000

7000

8000

4[c] 6[c] 14[c]

Restart unload

8

Downstream Element Hy-Pro 3

4[c] particles/ml

6[c] particles/ml

14[c] particles/ml

ISO Code per ISO4406:1999

Before Restart 75 10 1 13/11/7 During Restart 2994 404 4 19/16/9

Par

ticl

es p

er m

illili

ter

Particle counts downstream of filter


DFE - Comparison Between DFE and ISO 16889 Multi-Pass Test Results Figure 9 shows the performance of like elements produced by three different manufacturers that were tested per ISO 16889 multi-pass. The results were expressed as a time weighted beta ratio. Element B had a better capture efficiency than the Hy-Pro element in the constant flow test environment of ISO 16889. All of the elements tested were true to their Beta Ratio of either 5[c] > 200 or 1000.

10

100

1000

10000

A B Hy-Pro C

Time Weighted Beta Ratio Comparison per ISO16889 multi-pass for 5[c] > 200

or 1000 filter element.

9

10

100

1000

10000

A B Hy-Pro C

Time Weighted Beta Ratio Comparison per DFE multi-pass for 5[c] > 200

or 1000 filter element.

10 Figure 10 shows the time weighted performance of the like elements tested per DFE multi-pass. To illustrate the performance differences between DFE and ISO16889, the two tests were run similarly with the only difference being the DFE test flow rate. The flow through the element was cycled up and down the operating range to simulate a real world hydraulic system duty cycle. The time weighted beta ratio for elements A and B was below the rated beta ratio while elements Hy-Pro and C performed true to rating.

In figure 11 the particle counts taken during flow change have been isolated and then averaged to yield a beta ratio during transient flow. Since the DFE test has shown that filter element performance is at its worst during flow changes isolating those sequences can help predict performance in dynamic flow systems. It is with this graph that we see how overall filter performance can be affected by systems with cyclic flow. Element B had a beta ratio in excess of 7[c] > 2000 when tested per ISO16889 (figure 9). However, figure 11 shows the average beta ratio of Element B during variable flow to be less than 7[c] > 100. The Hy-Pro element beta ratio was in excess of 7[c] > 800 and was the only one with a beta ratio greater than 100. The Hy-Pro performance in figure 11 illustrates why Hy-Pro is committed to the DFE test method for design and development.

1

10

100

1000

A B Hy-Pro C

Real Time Flow Beta Ratio Comparison per DFE multi-pass for

5[c] > 200 or 1000 filter element.

11

Relying solely on ISO16889 to predict how filter elements will perform in systems with dynamic flow conditions means that we are making decisions on filter performance without all of the available information. The current industry standard test for hydraulic and lube filter performance (ISO 16889) is a good tool for predicting performance of off-line filters and circulating systems, but does not accurately represent the stress of a hydraulic circuit with dynamic flow conditions or a lube system cold start condition. The first step to fixing a problem is acknowledging that a problem actually exists, and without DFE testing it is difficult to truly predict actual filter performance in a dynamic system.

Bet

a R

atio

Bet

a R

atio

Bet

a R

atio


Minimize turbine oil thermal degradation caused by filter element spark discharge.

Hy-Pro LSD Series Low Spark Discharge Filter Elements for power generation high speed bearing lubrication & EHC hydraulic applications

Spark Discharge and Fluid Electrification High flow main lube and high pressure last chance filter elements from large frame gas turbines that have been afflicted by varnish have shown evidence of high voltage sparking events that result in fluid degradation possibly caused by high temperature spark discharge. Figure 1 shows filter media and support mesh from a lube filter element with spark discharge burn damage.

The main lube bearing filter elements can also contribute to increased varnish potential by fluid electrification. As fluid passes through the typical tortuous filter media fiber matrix both fluid velocity and turbulence increase resulting in thermal events as the fluid layers shear creating static accumulation on elements can lead to spark discharge from media to support tube. Group I base stock oils could conduct low levels of static charge out of the system to ground. The changes in resistivity with Group II base stocks mean that static charges stay in the system and can yield higher levels of static charge on filter elements.

HY-PRO Low Spark Discharge Filter Elements Hy-Pro has incorporated application specific filter media and element design modifications to reduce spark discharge and dissipate element static charges. Lower media flow density (reduced fluid velocity through media) and reduced friction conductive media minimize filter element spark discharge. Many factors contribute to varnish potential including:

Increased oil stress from combined hydraulic & lube reservoir (GE F7). New oil formulations (Group I vs Group II base stock) Micro-Dieseling Increased output and flow rate yielding higher bearing temperatures. Auto-degradation

It is still unclear to what degree element spark discharge contributes to overall lube oil varnish problems, but any reduction in thermal sparking events and tribo-electric effect will have a positive impact on fluid condition.

1


HP-PRO LSD (Low Spark Discharge) Elements Upgrades

*Recommendation of 17[c] > 1000 element per GE TIL1542-2

Original Part Number Hy-Pro Part Number Original Part Number Hy-Pro Part Number 200EB10 HPQ20082S-12EV-LS HC9021FAT8ZYGE HP21L8-15EV-LS 234A6578P0002 HP41L13-3EV-LS HC9021FDP4Z HP21L4-2EV-LS

234A6579P0002 HP41L13-3EV-LS HC9021FDP4ZYGE HP21L4-2EV-LS

254A7220P0008 HP41L13-3EV-LS HC9021FDP8Z HP21L8-2EV-LS

254A7229P0005 HP41L13-3EV-LS HC9021FDP8ZYGE HP21L8-2EV-LS

258A4860P002 HP61L11-2EV-LS HC9021FDT4Z HP21L4-15EV-LS

258A4860P004 HP61L21-2EV-LS HC9021FDT4ZYGE HP21L4-15EV-LS

315A2600P003 HP21L4-15EV-LS HC9021FDT8Z HP21L8-15EV-LS

361A6256P010 HPK3L18-3EV-LS HC9021FDT8ZYGE HP21L8-15EV-LS

363A4378P003 HPQ20082S-17EV-LS HC9601FAP11Z HP61L11-2EV-LS

363A4378P004 HPQ20082S-12EV-LS HC9601FAP11ZYGE HP61L11-2EV-LS

363A7485P0001 HPQ20082S-12EV-LS HC9601FAP16Z HP61L16-2EV-LS

932683Q HPK3L18-3EV-LS HC9601FAP16ZYGE HP61L16-2EV-LS

B984C302P012 HP21L4-15EV-LS HC9601FAP21Z HP61L21-2EV-LS

FQ19165 HPQ20082S-12EV-LS HC9601FAP21ZYGE HP61L21-2EV-LS

HC0101FAP18ZYGE HP101L18-3EV-LS HC9601FDP11Z HP61L11-2EV-LS

HC0101FAS18Z HP101L18-12EV-LS HC9601FDP11ZYGE HP61L11-2EV-LS

HC0101FAS18ZYGE HP101L18-12EV-LS HC9601FDP11ZYGE HP61L11-2EV-LS

HC101FAP18Z HP101L18-3EV-LS HC9601FDP16Z HP61L16-2EV-LS

HC2006FAS28Z HPQ20082S-12EV-LS HC9601FDP16ZYGE HP61L16-2EV-LS

HC2006FAT28Z HPQ20082S-25EV-LS HC9601FDP21Z HP61L21-2EV-LS

HC2006FKS28Z HPQ20082S-12EV-LS HC9601FDP21ZYGE HP61L21-2EV-LS

HC2006FKT28Z HPQ20082S-25EV-LS HC9650FAP8Z HP50L8-3EV-LS

HC2006FMS28Z HPQ20082S-12EV-LS HC9650FAP8ZYGE HP50L8-3EV-LS

HC2006FMT28Z HPQ20082S-25EV-LS HC9650FKP16Z HP50L16-3EV-LS

HC2618FAP18Z HP102L18-3EV-LS HC9650FKP16ZYGE HP50L16-3EV-LS

HC2618FAP18ZYGE HP102L18-3EV-LS HC9650FKP8Z HP50L8-3EV-LS

HC2618FKP18Z HP102L18-3EV-LS HC9650FKP8ZYGE HP50L8-3EV-LS

HC2618FKP18ZYGE HP102L18-3EV-LS HC9651FAP16Z HP51L16-2EV-LS

HC2618FAS18Z HP102L18-12EV-LS HC9651FAP16ZYGE HP51L16-2EV-LS

HC2618FAS18ZYGE HP102L18-12EV-LS HC9651FAP8Z HP51L8-2EV-LS

HC2618FKS18Z HP102L18-12EV-LS HC9651FAP8ZYGE HP51L8-2EV-LS

HC2618FKS18ZYGE HP102L18-12EV-LS HC9651FAT8Z HP51L8-15EV-LS

HC8900FMN26HY550 HPQ98320L26-6EB-LS HC9651FAT8ZYGE HP51L8-15EV-LS

HC8900FMN26ZY550 HPQ98320L26-6EV-LS HC9651FDP8Z HP51L8-2EV-LS

HC8900FMN39HY550 HPQ98320L39-6EB-LS HC9651FDP8ZYGE HP51L8-2EV-LS

HC8900FMN39ZY550 HPQ98320L39-6EV-LS HC9651FDT8Z HP51L8-15EV-LS

HC8900FMS26HY550 HPQ98320L26-12EB-LS HC9651FDT8ZYGE HP51L8-15EV-LS

HC8900FMS26ZY550 HPQ98320L26-12EV-LS HC9701FAP18Z HPK3L18-3EV-LS

HC8900FMS39HY550 HPQ98320L39-12EB-LS HC9701FAP18ZYGE HPK3L18-3EV-LS

HC8900FMS39ZY550 HPQ98320L39-12EV-LS HC9701FDP18Z HPK3L18-3EV-LS

HC9021FAP4Z HP21L4-2EV-LS HC9701FDP18ZYGE HPK3L18-3EV-LS

HC9021FAP4ZYGE HP21L4-2EV-LS HP9560FAP16Z HP50L16-3EV-LS

HC9021FAP8Z HP21L8-2EV-LS HP9560FAP16ZYGE HP50L16-3EV-LS

HC9021FAP8ZYGE HP21L8-2EV-LS PH718-05CNVGE *HP101L18-17EV-LS

HC9021FAT4Z HP21L4-15EV-LS PMG528-10 HPQ20082S-17EV-LS

HC9021FAT4ZYGE HP21L4-15EV-LS PMG528-10B200-GE HPQ20082S-12EV-LS

HC9021FAT8Z HP21L8-15EV-LS PMG528-10-GE HPQ20082S-17EV-LS

www.filterelement.com

LOW SPARK DISCHARGE

Tech - 12

Water Removal Available for all spin-on and cartridge filter elements.

Water Removal Elements

Free and dissolved water in hydraulic and lube systems leads to bearing fatigue, accelerated abrasive wear, corrosion of metal surfaces, increased electrical conductivity, viscosity variance, loss of lubricity, and fluid additive breakdown. Sources include condensation, reservoir leakage, worn actuator seals, heat exchanger leakage, new oil and more. Filter elements with water removal media can bring high water counts down. Most water removal elements utilize low efficiency (nominally rated) media. We combine the best of both worlds by removing the water while maintaining our x[c] = 1000 particulate removal efficiency and ensuring that none of the gel particles are released back into the system. Water removal is available with any of our glass media selections from 1 to 40 . There is a price adder to the glass element price so please consult the price list or call Hy-Pro before quoting.

Fluid volume: 250 gallons, 1000 liters Initial ppm H2O: 12000 ppm, Final ppm H2O: < 50 ppm A power plant planned to use a vacuum dehydrator to remove the water from 1000 liters of hydraulic oil. Dehydrator rental was expensive and required one month minimum. As an alternative Hy-Pro element HP8314L39-6AB (A media code = G7 Dualglass + water removal) was applied. Hy-Pro estimated that 2 elements would bring the ppm levels below the target. After the second element was removed the ppm level was below 50 ppm H2O. A third element was installed but did not reach terminal p before the fluid was determined to be free of water and ready for use.

Media code A specifies G7 Dualglass media co-pleated with water removal scrim to produce a filter that can remove water while maintaining x[c] = 1000 efficiency down to 1 / 2.5[c].

WATER CONTAMINATION CAPACITY BY COMMON SERIES

WATER REMOVAL APPLICATION - BULK OIL CONDITIONING

Water PPM ~ Ounce conversion: Moisture (PPM) X Fluid volume (Gallons) X .0001279 = Ounces of Water

Hy-Pro Capacity H2O Element Liters Ounces

HP75L8-*AB 0.7 23 HP101L18-*AB 2.5 84 HP101L36-*AB 5.1 172 HP102L18-*AB 1.9 65 HP102L36-*AB 3.3 112 HP83L16-*AB 1.7 57 HP83L39-*AB 3.6 123

HP8314L39-*AB 5.9 200 HP8310L39-*AB 6.2 207

HPKL9-*AB 0.6 21 HP60L8-*AB 0.5 15 HP25L9-*AB 0.4 12


Hy-Pro Element Interchange July 2007 Page 1

ABB21-20113-10E HPQ230051-10SFV21-20113-20E HPQ230051-25SFV21-20113-3E HPQ23005121-20113-5E HPQ230051-6SFVABB21-20113-3E HPQ230051

ACPF1097 HP75L8-10CBPF1098 HP75L4-3CBPF2021 HP75L4-10CBPF26 HP76L4-25CBPF828 HP75L4-10CBPF941 HP75L4-10CB

AC Delco92437 HP6236L8-12MPF846 HP6236L8-12MPF971 HP529L5-10MB

Acron5118964-03-12 HP06DHL4-3SFSV

Ag Chem Group700266 HP76L4-10CB708476 HP75L4-10CB

Ag One502520 HP75L4-10CB700266 HP76L4-10CB

AIAGHF3031F HP60L8-3MVHF3031N HP60L8-3MBHF3033F HP61L8-2MVHF3033N HP61L8-2MBHF3051F HP60L8-6MVHF3051N HP60L8-6MBHF3053N HP61L8-6MBHF3101F HP60L8-12MVHF3101N HP60L8-12MBHF3103F HP61L8-15MVHF3103N HP61L8-15MBHF3251F HP60L8-25MVHF3251N HP60L8-25MBHF3253N HP61L8-15MB

Aircraft Porous MediaQA0788 HPQ97280-3MB

AirfilAFK0VL24810 HPQ96106L8-10MBAFKOVL29010 HP150L4-10MAFKOVL29025 HP150L4-25MAFKOVL2903 HP150L4-3MAFKOVL29110 HP250L7-10MAFKOVL29110KP HP251L7-10MAFKOVL29125 HP250L7-25MAFKOVL2913 HP250L7-3MAFKOVL29210 HP300L10-10MAFKOVL2923 HP300L10-3MAFKOVL29310 HP500L5-10M

AirfilAFKOVL29310KP HP501L5-10MAFKOVL29325 HP500L5-25MAFKOVL29325KP HP501L5-25MAFKOVL2933 HP500L5-3MAFKOVL29410 HP800L10-10MAFKOVL29410KP HP801L10-10MAFKOVL29425 HP800L10-25MAFKOVL2943 HP800L10-3MAFKOVL2943KP HP801L10-3MAFKOVL29510 HP1200L15-10MAFKOVL29525 HP1200L15-25MAFKOVL29525KP HP1201L15-25MAFKOVL2953 HP1200L15-3MAFKOVL2956 HP1200L15-6MAFKOVL31110 HP170L5-12MBAFKOVL31120 HP170L5-25MBAFKOVL3113 HP170L5-3MBAFKOVL3115 HP170L5-6MBAFKOVL31210 HP170L10-12MBAFKOVL31220 HP170L10-25MBAFKOVL3123 HP170L10-3MBAFKOVL482325 HP37L8-25MBAFKOVL48233 HP37L8-3MBAFKOVL491510 HP28NL12-10MBAFKOVL4986 HP285RNL12-10MBAFKOVL603910 HP075NL7-10MBAFKOVL8710 HP80L13-12MBAFKOVL8725 HP80L13-25MBAFKOVL873 HP80L13-3MBAFKOVL876 HP80L13-6MBAFKOVL9210 HP17L2-12MBAFKOVL9225 HP17L2-25MBAFKOVL923 HP17L2-3MBAFKOVL926 HP17L2-6MBAFKOVL92A10 HP17L4-12MBAFKOVL92A25 HP17L4-25MBAFKOVL92A3 HP17L4-3MBAFKOVL92A6 HP17L4-6MBAFKOVL9810 HP37L8-6MBAFKOVL983 HP37L8-6MBAFKOVL986 HP37L8-1MBAFKOVL9925 HP37L13-12MBAFKOVM29340 HP500L5-40WAFKOVM29560 HP1200L15-60WAFKOVM29560KP HP1201L15-74WAFP0363 HPMF4L16-25MBAFPO25110 HP479L4-10MBAFPO25125 HP479L4-25MBAFPO255C HP285RNL5-10MBAFPO255C HP285RNL8-25MBAFPO28 HPTX1L6-10MBAFPO35325 HP15L3-25MBAFPO354 HP15L5-25MBAFPO356 HPMF3L7-25MBAFPO357 HPMF3L8-25MBAFPO40 HPTX3L8-10MBAFPO42 HPTX3L11-10MBAFPO43 HPTX3L15-10MBAFPO50 HPTX4L13-10MBAFPOVL124 HPQ260172L33-25MBAFPOVL24 HPTX1L2-25MBAFPOVL25510 HP285RNL8-10MBAFPOVL2810 HPTX1L6-10MBAFPOVL3610 HPTX2L18-10MBAFPOVL3625 HPTX2L18-25MBAFPOVL40 HPTX3L8-25MBAFPOVL41 HPTX3L10-25MBAFPOVL4210 HPTX3L11-10MBAFPOVL4225 HPTX3L11-25MBAFPOVL426 HPTX3L11-6MBAFPOVL43 HPTX3L15-25MB

AirfilAFPOVL44 HPTX3L19-25MBAFPOVL4510 HPTX3L23-10MBAFPOVL456610 HPCU3-10MBAFPOVL4610 HPTX3L34-10MBAFPOVL480325 HP479L8-25MBAFPOVL50 HPTX4L13-25MBAFPOVL5010 HPTX4L13-10MBAFPOVL5125 HPTX4L17-25MBAFPOVL5310 HPTX4L21-10MBAFPOVL5325 HPTX4L21-25MBAFPOVL5410 HPTX4L26-10MBAFPOVL55 HPTX4L32-10MBAFPOVL56 HPTX4L43-10MBAKFOVL29010KP HP151L4-10MAKOVL9825 HP37L8-12MBAKOVL9910 HP37L13-6MBAKOVL993 HP37L13-6MBAKOVL996 HP37L13-1MBAKOVM29060 HP150L4-74WSFKOVL29225 HP300L10-25M

Akerman142674209 HPTX4L26-10MB

Alamo0296-1001 HPKL9-12MB

ALCOG1482 HP80L8-6MB

Allen718FMP10225 HP1012.13L18-12MB718FMP20225 HP1012.13L18-25MB718FMP5225 HP1012.13.18-6MB

Allis Chalmbers123085-C2 HP75L4-6MB69149-C1 HP75L4-25MB

Allison Transmission1905004 HP74L4-6MB1907008 HP82L8-6MB1908013 HP60L13-6MB1908016 HP89L16-6MV23040988 HP82L8-6MB23042062 HP74L4-6MB23049373 HP60L13-3MV29501202 HPQE98430-10MV29501202A HPQE98430-10MV29501202B HPQE98430-10MV29501202D HPQE98430-10MV29509723 HPQE98154-10MV29509723A HPQE98154-10MV29509723B HPQE98154-10MV29510910 HP60L13-12MV29510912 HP89L16-6MV 29510918 HP82L8-6MV29510922 HP74L4-6MB29526898 HPQ98154-10MV29526899 HPQ98430-10MV29538231C HPQE98430-10MV29540493 HPQ98430-10MV29540494 HPQ98154-10MV29545776 HPQ98430-40MV

www.filterelement.com Cellulose/poly to Glass media upgrade DHC Upgrade phone: 317.849.3535


Allison Transmission29545779 HPQ98154-40MV29588232C HPQE98154-10MV

Ambac2020030 HP75L4-25CB20220600 HP75L4-12MBS58 HP75L4-10CBS59 HP75L4-25CB

American Crane1616C0 HPQ240634-10MB

American Parts2151 HP529L5-10MB92519 HP529L5-10MB

AMTU03010P HPQ270048L5-12MB

Arburg28993 HP025L9-10MB59.439 HPQ97476-10MB KE2428-10MIC HPQ97476-10MBKE2462M0L HPQ97476-3MB

Argo55-R-01 HPQ96106L8-6MBP2.0617-01 HPSA1L7-25MP2.0617-02 HPSA1L7-40MP2.0617-11 HPSA1L7-25MP2.0920-11 HPQ99822-10MP2.0920-15 HPQ99822-40MBP2.0920-20 HPQ99822-60MBP2.0920-22 HPQ99822-20MP2.0923-01 HP531-25MP2.0933-01 HP550-25MP2.0933-02 HP550-40MP2.1217-21 HP375L7-10MBP2.1217-21 Double HP375L14-10MBP2.1217-21 Triple HP375L21-10MBP2061301 HPSA1-10MP2061302 HPSA1-25MP3.0510-00 HPQ98012-10MBP3.0510-02 HPQ98012-25MBP3.0510-05 HPQ98012-25MBP3.0510-11 HPQ98012-10MBP3.0510-50 HPQ98012-25MBP3.0510-51 HP479L4-10MBP3.0510.50 HP479L4-25MBP3.0510.51 HP479L4-10MBP3.0510.52 HP479L4-25MBP3.0510.53 HP479L4-10MBP3.0520-00 HPQ99706-10MBP3.0520-01 HPQ99706-10MBP3.0520-02 HPQ99706-20MBP3.0520-05 HPQ99706-20MBP3.0520-51 HP479L8-10MBP3.0520-52 HP479L8-10MBP3.0520.51 HP479L8-10MBP3.0520.52 HP479L8-25MBP3.0613-51 HP285RNL5-10MBP3.0613-52 HP285RNL5-10MBP3.0613-52 HP285RNL5-25MBP3.0620-51 HP285RNL8-10MB

ArgoP3.0620-52 HP285RNL8-10MBP3.0620-52 HP285RNL8-25MBP3.0623-00 HPQ99821-74WBP3.0623-02 HPQ99821-20MBP3.0623-11 HPQ99821-10MBP3.0712-00 HPQ96106L5-20MBP3.0712-01 HPQ96106L5-10MBP3.0720-00 HPQ96106L8-20MBP3.0720-01 HPQ96106L8-10MBP3.0720-62 HPQ250055-25MP3.0730-51 HP285RNL12-10MBP3.0730-52 HP285RNL12-10MBP3.0817-01 HP32NL7-10MBP3.0817-12 HP32NL7-25MBP3.0823-01 HP32NL9-10MBP3.0823-12 HP32NL9-25MBP3.0833-01 HP32NL12-10MBP3.0833-12 HP32NL12-25MBP3073052 HP285RNL12-25MBS2-0933-05 HP550-40WS2.0608-00 HPSA1L3-74WS2.0608-05 HPSA1L3-40WS2.0608-10 HPSA1L3-74WS2.0613-00 HPSA1-74WS2.0613-05 HPSA1-40WS2.0613-10 HPSA1-74WS2.0617-00 HPSA1L7-74WS2.0617-05 HPSA1L7-40WS2.0617-10 HPSA1L7-74WS2.0920-00 HPQ99822-74WS2.0920-05 HPQ99822-40WS2.0920-10 HPQ99822-74WS2.0923-00 HP531-60WS2.0923-05 HP531-40WS2.1023-08 HP1033L9-500WS2.1023-10 HP1033L9-74WS2.1033-01 HP1033L13-125WS2.1033-05 HP1033L13-40WS2.1033-10 HP1033L13-74WS2.1217-00 HP375L7-60WBS2.1217-00 Double HP375L14-60WBS2.1217-00 Triple HP375L21-60WBS3.0508-50 HP479L3-60WBS3.0508-51 HP479L3-100WBS3.0508-55 HP479L3-40WBS3.0510-00 HPQ98012-74WBS3.0510-05 HPQ98012-40WBS3.0520-00 HPQ99706-74WBS3.0520-05 HPQ99706-40WBS3.0712-00 HPQ96106L5-60WBS3.0712-05 HPQ96106L5-40WBS3.0720-05 HPQ96106L8-40WBS3.0817-02 HPQ97219S9.0817-02 HPQ260194L7-149WBSK.3630-16 HPQ220320-100WSK.4588.11610 HPC4L8-25ABV2-0833-03 HP86L13-3MBV2.0833-06 HP86L13-10MBV2.0833-08 HP86L13-25MBV2.1217-03 HP375L7-3MBV2.1217-03 Double HP375L14-3MBV2.1217-03 Triple HP375L21-3MBV2.1217-06 HP375L7-10MBV2.1217-06 Double HP375L14-10MBV2.1217-06 Triple HP375L21-10MBV2.1217-08 HP375L7-25MBV2.1217-08 Double HP375L14-25MBV2.1217-08 Triple HP375L21-25MBV2.1217-36 HP375L7-10MBV2.1217-36 Double HP375L14-10MBV2.1217-36 Triple HP375L21-10MB

ArgoV2.1260-03 HP375L23-3MBV2.1260-06 HP375L23-10MBV2.1260-08 HP375L23-25MBV2.1260-26 HP375L23-10MBV3.0509-16 HPQ210253-10MBV3.0510-03 HPQ98012-3MBV3.0510-06 HPQ98012-10MBV3.0510-08 HPQ98012-20MBV3.0510-13 HPQ99819-3MBV3.0510-16 HPQ99819-10MBV3.0510-18 HPQ99819-20MBV3.0510-23 HPQ210253-3MBV3.0510-26 HPQ210253-10MBV3.0510-53 HP479L4-3MBV3.0510-56 HP479L4-10MBV3.0510-58 HP479L4-25MBV3.0510.56 HP479L4-10MBV3.0510.58 HP479L4-25MBV3.0520-03 HPQ99706-3MBV3.0520-06 HPQ99706-10MBV3.0520-08 HPQ99706-20MBV3.0520-13 HPQ99820-3MBV3.0520-16 HPQ99820-10MBV3.0520-18 HPQ99820-20MBV3.0520-53 HP479L8-3MBV3.0520-56 HP479L8-10MBV3.0520-58 HP479L8-25MBV3.0520.53 HP479L8-3MBV3.0520.56 HP479L8-10MBV3.0520.58 HP479L8-25MBV3.0525-03 HPQ210253L10-3MBV3.0525-06 HPQ210253L10-10MBV3.0525-08 HPQ210253L10-20MBV3.0613-53 HP285RNL5-3MBV3.0613-56 HP285RNL5-10MBV3.0613-58 HP285RNL5-25MBV3.0617-08 HPQ99821L6-25MBV3.0620-53 HP285RNL8-3MBV3.0620-56 HP285RNL8-10MBV3.0620-58 HP285RNL8-25MBV3.0623-03 HPQ99821-3MBV3.0623-06 HPQ99821-10MBV3.0623-08 HPQ99821-20MBV3.0623-09 HPQ94295-3MBV3.0623-13 HPQ94295-3MBV3.0623-16 HPQ94295-10MBV3.0623-18 HPQ94295-20MBV3.0623-26 HPQ94295V3.0720-03 HPQ96106L8-3MBV3.0720-06 HPQ96106L8-10MBV3.0720-08 HPQ96106L8-20MBV3.0720-13 HPQH96106L8-3MBV3.0720-13 HPQH96106-3MBV3.0720-16 HPQH96106L8-10MBV3.0720-16 HPQH96106V3.0720-18 HPQH96106L8-20MBV3.0720-18 HPQH96106-20MBV3.0723-08 HPQ250409-25MBV3.0730-53 HP285RNL12-3MBV3.0730-56 HP285RNL12-10MBV3.0730-58 HP285RNL12-25MBV3.0817-03 HP32NL7-3MBV3.0817-06 HP32NL7-10MBV3.0817-08 HP32NL7-25MBV3.0817-13 HP32HL7-3MBV3.0817-16 HP32HL7-10MBV3.0817-18 HP32HL7-25MBV3.0817-26 HP32NL7-60WBV3.0823-03 HP32NL9-3MBV3.0823-06 HP32NL9-10MBV3.0823-08 HP32NL9-25MB



ArgoV3.0823-13 HP32HL9-3MBV3.0823-16 HP32HL9-10MBV3.0823-18 HP32HL9-25MBV3.0823-26 HP32NL9-60WBV3.0833-03 HP32NL12-3MBV3.0833-06 HP32NL12-10MBV3.0833-08 HP32NL12-25MBV3.0833-13 HP32HL12-3MBV3.0833-16 HP32HL12-10MBV3.0833-18 HP32HL12-25MBV3.0833-26 HP32NL12-60WBV3.0923-08 HP38NL9-25MBV3.0933-03 HP38NL13-3MBV3.0933-06 HP38NL13-10MBV3.0933-08 HP38NL13-25MBV3.0933-13 HP38HL13-3MBV3.0933-16 HP38HL13-10MBV3.0933-18 HP38HL13-25MBV7.1220-113 HPC4L8-25MBW3.0623-08 HPQ250409-10MB

ArielSA-11667 HPQ270234L30-25MB

Arlon (See Fairey Arlon)Arlon See Fairey Arlon

Army-NavyAN6235-1A CallAN6235-2A CallAN6235-3A CallAN6235-4A CallAN6236-1 HP6236L2-12MAN6236-2 HP6236L4-12MAN6236-3 HP6236L8-12M

Artikel05.841.04167 HPQ20192-25WB

ASM (Sawmill Machinery)22915 HP81L13-2MB22922 HP2544L19-6MB22928 HP2544L19-3MB

Atlas1713844 HPTX1L12-10MB3607792 HPTX1L12-10MB4653905 HPTX1L6-10MB4653916 HPTX1L12-10MB4653949 HPTX3L15-10MB4653950 HPTX4L13-10MB4653961 HPTX4L17-10MB4653972 HPTX4L21-10MB

BaldwinB239 HP75L8-12MBB7011 HP75L8-3CBB99MPG HP707L12-10MBBF1239 HP75L8-25ABBF7587 HP76L8-12MBBF7633 HP76L8-12MBBJ28710 HP75L4-10CB

BaldwinBT2810 HP75L4-10CBBT287 HP75L4-25CBBT28710 HP75L4-10CBBT37110 HP74L4-12MBBT372MPG HP74L8-12MBBT387 HP75L4-25CBBT388 HP75L4-12MBBT38910 HP75L8-10CBBT8307MPG HP75L4-12MBBT8308MPG HP75L8-12MBBT8309MPG HP75L4-25MBBT8310MPG HP75L8-25MBBT8315 HP76L4-10CBBT8316MPG HP74L4-3MBBT839 HP76L4-25CBBT958 HP76L4-10CBH8000 HP83L8-3MBH8001 HP83L8-6MBH8002 HP83L8-12MBH8003 HP83L8-25MBH8004 HP83L8-25MVH8005 HP83L16-3MBH8006 HP83L16-3MVH8008 HP83L16-12MBH8009 HP83L16-25MBH8010 HP83L16-25MVH8011 HP83L39-3MBH8012 HP83L39-3MVH8013 HP83L39-6MBH8014 HP83L39-12MBH8015 HP83L39-25MBH8016 HP84L8-3MBH8017 HP84L8-6MBH8018 HP84L8-25MBH8019 HP84L16-3MBH8020 HP84L16-6MBH8021 HP84L16-12MBH8022 HP84L16-25MBH8023 HP84L26-3MBH8024 HP84L26-6MBH8025 HP84L26-12MBH8026 HP84L26-25MBH8027 HP84L39-3MBH8028 HP84L39-6MBH8029 HP84L39-12MBH8030 HP84L39-25MBH8031 HP85L8-3MBH8032 HP85L8-6MBH8033 HP85L8-12MBH8034 HP85L8-25MBH8035 HP85L13-3MBH8036 HP85L13-6MBH8037 HP85L13-25MBH8038 HP85L26-3MBH8039 HP85L26-6MBH8040 HP85L26-25MBH8041 HP20L4-3MBH8042 HP20L4-6MBH8043 HP20L4-12MBH8044 HP20L4-25MBH8045 HP20L8-3MBH8046 HP20L8-6MBH8047 HP20L8-12MBH8048 HP20L8-25MBH8049 HP21L4-2MBH8050 HP21L4-2MVH8051 HP21L8-2MBH8052 HP21L8-2MVH8053 HP21L4-15MBH8054 HP21L4-15MVH8055 HP21L8-15MB

BaldwinH8056 HP21L8-15MVH8057 HP94L13-3MBH8058 HP94L13-6MBH8060 HP94L13-25MBH8061 HP94L26-3MBH8062 HP94L26-6MBH8063 HP94L26-12MBH8064 HP94L26-25MBH8065 HP94L39-3MBH8066 HP94L39-6MBH8067 HP94L39-12MBH8068 HP94L39-25MBH8069 HP60L4-3MBH8070 HP60L4-6MBH8071 HP60L4-12MBH8072 HP60L4-25MBH8073 HP60L8-3MBH8074 HP60L8-6MBH8075 HP60L8-12MBH8076 HP60L8-25MBH8077 HP60L13-3MBH8078 HP60L13-6MBH8079 HP60L13-12MBH8080 HP60L13-25MBH8081 HP60L16-3MVH8082 HP60L16-12MBH8083 HP60L16-3MBH8084 HP60L16-6MBH8085 HP60L16-12MBH8086 HP60L16-25MBH8087 HP61L4-2MBH8088 HP61L8-2MBH8089 HP61L13-2MBH8090 HP61L16-2MBH8091 HP61L4-15MBH8092 HP61L8-15MBH8093 HP61L13-15MBH8094 HP61L16-15MBH8095 HP50L8-3MBH8096 HP50L8-6MBH8097 HP50L8-12MBH8098 HP50L8-25MBH8099 HP50L16-3MBH8100 HP50L16-6MBH8101 HP50L16-12MBH8102 HP50L16-25MBH8103 HP51L8-2MBH8104 HP51L16-2MBH8105 HP51L8-15MBH8106 HP51L16-15MBH8107 HP80L4-3MBH8108 HP80L4-6MBH8109 HP80L4-12MBH8110 HP80L4-25MBH8112 HP80L8-6MBH8113 HP80L8-12MBH8114 HP80L8-25MBH8115 HP81L4-2MBH8116 HP81L4-2MVH8117 HP81L8-2MBH8118 HP81L8-2MVH8119 HP81L4-15MBH8120 HP81L4-15MVH8121 HP81L8-15MBH8122 HP81L8-15MVH8123 HP88L16-6MBH9001 HP83L8-3MBH9006 HP8310L16-3MBH9007 HP8310L16-6MBH9010 HP8310L16-25MBH9014 HP8310L39-12MV



BaldwinH9018 HP84L8-25MBH9020 HP84L16-3MBH9021 HP84L16-12MBH9024 HP84L26-3MBH9029 HP84L39-12MBH9036 HP85L13-3MBH9037 HP85L13-25MBH9039 HP85L26-3MBH9040 HP85L26-25MBH9041 HP20L4-3MBH9042 HP20L4-6MBH9043 HP20L4-12MBH9044 HP20L4-25MBH9045 HP20L8-3MBH9046 HP20L8-6MBH9047 HP20L8-12MBH9048 HP20L8-25MBH9049 HP21L4-2MVH9050 HP21L4-2MVH9051 HP21L8-2MVH9052 HP21L8-2MVH9053 HP21L4-15MVH9054 HP21L4-15MVH9055 HP21L8-15MVH9056 HP21L8-15MVH9057 HP94L13-3MBH9058 HP94L13-6MBH9060 HP94L13-25MBH9062 HP94L26-3MBH9069 HP60L4-3MBH9070 HP60L4-6MBH9071 HP60L4-12MBH9072 HP60L4-25MBH9073 HP60L8-3MBH9074 HP60L8-6MBH9075 HP60L8-12MBH9076 HP60L8-25MBH9077 HP60L13-3MBH9078 HP60L13-6MBH9079 HP60L13-12MBH9080 HP60L13-25MBH9081 HP60L13-3MVH9083 HP60L16-6MBH9084 HP60L16-3MBH9085 HP60L16-12MBH9086 HP60L16-25MBH9092 HP61L8-15MVH9093 HP61L13-15MVH9095 HP50L8-3MBH9096 HP50L8-6MBH9097 HP50L8-12MBH9098 HP50L8-25MBH9103 HP51L8-2MVH9107 HP80L4-3MBH9108 HP80L4-6MBH9109 HP80L4-12MBH9110 HP80L4-25MBH9111 HP80L8-3MBH9112 HP80L8-6MBH9113 HP80L8-12MBH9114 HP80L13-3MBH9123 HP88L16-6MVP41510 HP1022.13L18-12MBP41510 HP1012.13L18-12MBP41510A HP102L18-12MBP41525 HP1022.13L18-25MBP41525A HP102L18-25MBP4155 HP1022.13L18-6MBP4155A HP102L18-6MBPT19110 HP6236L8-12MPT2125 HP102L18-6MB

BaldwinPT317MPG HP60L13-3MVPT319 HP89L16-3MVPT319MPG HP89L16-12MVPT320 HP89L16-6MVPT320MPG HP89L16-6MVPT492 HP529L5-10MBPT676 HP37L8-25MBPT681 HP27L4-25MBPT682 HPTX3L8-10MBPT683 HP37L13-25MBPT707HD HPKL9-25MBPT707HD10 HPKL9-12MBPT707HD3 HPKL9-3MBPT722 HPTX3L11-10MBPT727DL HPAL5-25MBPT727HD HPAL5-25MBPT727HD10 HPAL5-12MBPT737 HPJL9-25MBPT73710 HPJL9-12MBPT772 HPTX3L11-10MBPT8330MPG HP82L8-6MVPT8353 HPTX2L10-10MBPT8370MPG HPKL9-3MBPT8383 HP475L17-6MBPT8394MPG HP450L18-12MBPT8400MPG HPTX1L12-25MBPT8403MPG HPQ240525-10MBPT8405MPG HPQ98154-10MVPT8406MPG HPQ98430-10MVPT8414MPG HPTX3L11-10MBPT8455MPG HPTX2L18-10MBPT8458MPG HP170L10-12MBPT8464 HPKL9-12MBPT8478 HP445L17-6MBPT8498 HP170L10-12MV

Bea FiltriRTD-2001-250-K HPQ220925

Bell202914 HPQ20143

Benati1813104 HP15L5-125WB1813108 HPMF35L8-25MB1813110 HP15L5-60WB1813112 HP15L5-25MB1813113 HPMF3L8-25MB1813114 HPMF4L10-25MB1813116 HPMF3L8-60WB1816115 HPTX4L13-10MB1819105 HPMF4L8-25MB1819106 HPMF4L11-25MB1819113 HPMF4L11-10MB

Bendini128101 HPCU4L5-25WB

Bendix90005-28055-2 HP6236L4-12M

Big A92683 HP60L8-6MB92685 HP60L4-6MB

Big A92688 HP60L8-25MB92689 HP60L13-3MB92690 HP60L13-6MB92709 HP60L16-3MB

Blac00019-A-0005 HP21L8-2MV

Blount31001609 HPQ210314-10MB31004339 HPQ210314-10MB

Boll & Kirsch039924 HPQ240638-25WB048909 HPQ240638L8-74WB050326 HPQ240638-25WB090024 HPQ260698L10-10WV1941356 HPQ240638-25WB

BOM7993022 HP60L4-6MB

Bomag53531114 HP76L4-10CB7993014 HP60L8-6MB7993035 HP60L13-12MB

Bombardier1142148/11 HPQ210343L8-25MBPN1142148/11 HPQ210343L8-25MB

Bosch1457-31-1911 HP1200L15-10M1457-43-0005 HPQ2703151457-43-1107 HP150L4-25M1457-43-1108 HP250L7-10M1457-43-1907 HP150L4-10M1457-43-1908 HP250L7-10M1457-43-1909 HP500L5-10M1457-43-1910 HP800L10-10M1457-431-604 HPQ210481451-403-208 HP75L8-12MB9000072005 HP98L9-10MB9000072007 HP150L4-10MP3208 HP75L8-12MB

Bowser14B75 HP197L16-3MB88862-3 HP197L31-3MBBP-523-1 HPQ240108-12MB

Boy9301173 HP06DHL7-6MB9301275 HP16DHL5-6MB9301283 HP06DHL8-6MB

Brueninghaus Hydromatik02601380 HPQ210116-10MV91530-02601380-3-1 HPQ210010L5-10MB



Brueninghaus Hydromatik91530/02601380/03/01 HPQ210010L5-10MB91530/02601381/1 HPQ210010L7-10MB95130/02601381/1 HPQ210010L7-10MBHU02061380 HPQ210116-10MV

BrunswickF-5532-1 HP21SL8-15MV

Bucyrus Erie62043166 HP74L4-25MB62300418 HP60L8-25MB

Can-FloRSE5010F HP75L4-12MBRSE5010N HP75L4-10CBRSE5025F HP75L4-25MBRSE5025N HP75L4-25CBRSE503F HP75L4-3MBRSE505F HP75L4-6MB

Carquest84741 HPQ98430-10MV85249 HP76L4-25CB85437 HP6236L8-12M85468 HPMA3L7-10MB85683 HP60L8-6MB85685 HP60L4-6MB85686 HP60L8-3MB85688 HP60L8-25MB85689 HP60L13-3MB85690 HP60L13-6MB85709 HP60L16-3MB85756 HP75L4-3CB85759 HP75L4-10CB85860 HP75L8-10CB

CarrierKH09A2003 HPQ250138-12MN

Case153344A1 HPQ240632-10MBA143382 HP75L8-10CBA45625 HP75L8-10CBA57857 HP75L4-25MBD80538 HP75L4-10CBK946095 HP60L4-25MBL108576 HP75L8-10CBL36271 HP75L8-10CBN946095 HP60L4-25MBR25844 HP75L4-12MB

Case PoclainG1050531 HPTX4L21-10MBZ82178 HPMF4L8-10MB

Caterpillar132-8875 HPQ240525-10MB132-8876 HPQ240525-6MB137-7249 HP45L22-10MB139-1532 HPQ240636-3MB139-1535 HPQ240637-3MB

Caterpillar144-0832 HP75L4-6MB188-7027 HP75L8-25AB198-3188 HP75L8-12MV1R0719 HPQ240634-10MB1R0723 HPQ240637-10MB1R0728 HPQ240636-10MB1R0741 HPQ240525-25MB223-7809 HP75L4-6MB226-6553 HP75L8-12MB342449 HP75L4-10CB3i-0581 HP60L4-12MB3i-1715 HP170L5-25MB3i-1717 HP170L5-12MV3i-1718 HP170L5-3MV3I-1721 HP170L10-12MV3I-1722 HP170L10-3MV3i-1860 HP170L5-25MV3i0582 HP60L8-12MB3i0583 HP60L13-12MB3i0584 HP60L16-12MB3i0585 HP60L4-25MB3i0586 HP60L8-25MB3i0587 HP60L13-25MB3i0593 HP83L8-6MB3i0595 HP83L16-6MB3i0616 HP83L39-12MB3i0618 HP83L8-6MB3i0619 HP83L16-6MB3i0620 HP83L39-6MB3i0625 HP60L8-6MB3i0626 HP60L13-6MB3i0627 HP60L16-3MB3i0648 HP20L8-12MB3i0650 HP20L8-6MB3i0700 HP75L4-12MB3i1173 HP75L4-10CB3i1505 HP20L8-3MB3i1507 HP60L8-3MB3i1511 HP20L4-3MB3i1513 HP60L4-3MB3i1514 HP60L13-3MB3i1515 HP60L16-3MB3i1525 HP80L4-3MB3i1528 HP80L8-3MB3i1529 HP80L8-12MB3i1545 HP80L4-25MB3i1637 HP61L13-15MB3i1712 HP7L12-10MB3i1714 HP7L12-10MB3i1741 HP1012.13.18-6MB3i1742 HP1012.13L18-12MB3i1743 HP1012.13L18-25MB3i1956 HP37L13-12MB3I2087 HPTX1L12-10MB3I2135 HPTX1L6-10MB3i2136 HPTX2L10-10MB3i2140 HPTX3L11-25MB3i2141 HPTX3L11-10MB4T6788 HP75L4-10CB5W5803 HP375L7-10MB812634 HPTX1L6-10MB8J-1600 HP75L4-10CB8T3821 HP75L4-3MB9M-9740 HPQ240634-10MB9T5664 HP75L4-10CB9T8578 HP75L4-25MB9T8678 HP75L4-12MB9U-5870 HP75L8-12MB9U-6983 HP75L8-6MB9U-6984 HP75L8-25MB9U-6985 HP75L8-149WB

ChampP-2854 HPKL9-25MB

CIFA909881 HPTX3L19-25MB

Cimtek30033 HPQ250451-6MB30065 HPQ250451-1MB30110 HPBL18-6MB70023 HP75L8-25AB70068 HP75L8-25AB70123 HP76VL4-10CB70129 HP76VL4-6MB70145 HP76L4-149WB70157 HP75L4-10CB70158 HP75L4-25CB70160 HP75L4-25AB70161 HP75L4-25AB70162 HP75L4-12MB70163 HP75L4-6MB70164 HP75L4-3MB70165 HP75L4-12AB70168 HP75L4-74WB

Cincinnati Milicron3877772 HP03DHL4-25MB3972713-1 HP50L16-12MB3977773-1 HP03DHL4-12MB3990689-1 HP16RNL8-12MB5001265-1 HP16DNL8-3MB5001265-3 HP33DNL14-3MB5036207-1 HP16DNL8-12MB5036207-2 HP16DHL14-12MB5041573-1 HP06DHL4-12MB50705447-3 HP60L8-12MB5255935-1 HP66RNL18-12MB881235A HP42L8-6MH50/91-2 HP42L8-6M

Clark141676 HP6236L8-12M6519239 HP75L4-10CB888331 HP6236L8-12M

Commercial4645 HP1012.13L18-25MB4674 HP1012.13L18-12MB4686 HP1012.13.18-6MB9053-5002 HP102L18-6MB9053-5003 HP1023.5L18-6MB9053-5004 HP102L36-12MB9053-5006 HP102L36-12MB9053-5008 HP1023.5L18-12MB9053-5009 HP102L36-12MB9053-5018 HP25L29-6MB9053-5019 HP25L29-12MB9053-5020 HP25L29-25MB9053-5035 HP102L36-12MB9053-5045 HP102L18-25MB9053-5047 HP102L18-6MBC925385 HP20L4-25MBC925394 HP20L8-25MBC925580 HP20L4-6MBC925582 HP20L4-3MBC925600 HP20L8-6MB



CommercialC925602 HP20L8-3MBC925664 HP21L4-2MVC925666 HP21L4-15MVC925669 HP21L8-2MVC925671 HP21L8-15MVC925778 HPKL9-3MBC925779 HPKL9-6MBC925794 HPKL18-25MBC925798 HPKL18-3MBC925799 HPKL18-6MBC926476 HPKL9-12MBC926556 HPJL9-3MBC926557 HPJL9-12MBC926558 HPJL9-25MBC926566 HPAL5-3MBC926567 HPAL5-12MBC926568 HPAL5-25MBC926696 HP60L4-3MBC926697 HP60L8-3MBC926698 HP60L13-3MBC926699 HP60L16-3MBC926716 HP60L4-6MBC926717 HP60L8-6MBC926718 HP60L13-6MBC926719 HP60L16-6MBC926835 HP60L4-12MBC926836 HP60L4-25MBC926837 HP60L8-12MBC926838 HP60L8-25MBC926839 HP60L13-12MBC926840 HP60L13-25MBC926888 HP60L16-12MBC926889 HP60L16-25MBC926898 HPKL9-3MBC926899 HPKL9-25MBC926990 HP50L8-12MBC926991 HP50L8-25MBC926992 HP50L8-3MBC926993 HP50L8-6MBC926996 HP50L16-12MBC926997 HP50L16-25MBC926998 HP50L16-3MBC926999 HP50L16-6MBC927169 HP61L4-15MVC927170 HP61L4-2MVC927172 HP61L4-15MVC927173 HP61L4-2MVC927175 HP61L8-15MVC927176 HP61L8-2MVC927178 HP61L8-15MVC927179 HP61L8-2MVC927181 HP61L13-15MVC927182 HP61L13-2MVC927184 HP61L13-15MVC927186 HP61L13-2MVC927661 HP83L8-12MBC927662 HP83L8-12MBC927663 HP83L8-3MBC927664 HP83L8-3MBC927666 HP83L16-12MBC927667 HP83L16-12MBC927668 HP83L16-3MBC927669 HP83L16-3MBC927694 HP21L8-15MVC927696 HP21L4-15MVC927723 HP21L8-2MVC927725 HP21L4-2MVC927861 HP83L8-3MBC927862 HP83L8-3MBC927863 HP83L16-3MBC927864 HP83L16-3MB

CommercialC927945 HP83L39-3MBC927946 HP83L39-12MBC927947 HP83L39-3MBC928085 HP83L39-3MBC928086 HP83L39-3MBC928087 HP83L39-12MBC928142 HP61L16-15MVC928143 HP61L16-2MVC928144 HP61L16-15MVC928145 HP61L16-2MVC928150 HP51L8-15MVC928151 HP51L8-15MVC928152 HP51L8-2MVC928153 HP51L8-2MVC928154 HP51L16-15MVC928155 HP51L16-15MVC928156 HP51L16-2MVC928157 HP51L16-2MVC929099 HP83L8-25MBC929100 HP83L8-25MBC929105 HP83L16-25MBC929106 HP83L16-25MBC929111 HP83L39-25MBC929112 HP83L39-25MBC929884 HP94L13-3MBC929885 HP94L13-12MBC929887 HP94L13-3MBC929888 HP94L13-12MBC929890 HP94L26-3MBC929891 HP94L26-25MBC929893 HP94L26-3MBC929894 HP94L26-12MB

CompanyOriginal Number HyPro Number

Cooper TurboP1404040-00117 HPQ240723-25MBP1404040-00128 HPQ240521-6MB

CoopersHSM6047 HP75L8-10CBLSF5026 HP75L8-12MBP1551 HP76L4-10CBPL436 HP75L4-25CB

Crosland2089 HP75L8-12MB7044A HP37L8-12MB7062 HPTX3L8-10MB7063 HPTX3L11-10MB

Cross1A9021 HP76L4-10CB1A9023 HP75L4-25CB1A9251 HP75L8-10CB7513 HP75L4-10CB7514 HP76L4-10CB

Cuno52535-02-4 1-0104 HP21L4-10SFVG78A3 HP25L9-6MBG78A3-2 HP25L19-6MBG78A3-3 HP25L29-6MB

CunoG78A3-4 HP25L39-6MBG78B2-1T HP25L10-6MN-RRG78B2-1T 2 stacked HP25L20-6MN-RR

CurtisRN28205 HP75L8-25MB

CyclonePM-K10 HPKL9-12MBPM-K25 HPKL9-25MB

Delaware ManitouDMS04AN HP76L4-10CBDMS04BN HP76L4-25CBDMS04CN HP76L4-3CBDMS11AN HP75L4-10CBDMS11BN HP75L4-25CBDMS16AN HP75L8-10CBDMS16BN HP75L8-25CBDMS16CN HP75L8-3CBDMS504CN HP76L4-3CBDMS511AN HP75L4-10CBDMS511BN HP75L4-25CB

Deluxe331535 HP75L8-10CB331535B HP75L8-10CB397 HP75L4-10CB620 HP75L8-10CBDX1294CL HP75L8-10CBDX1562AF HP75L4-12MB

Demag10020666 HPQ9429510171666 HPQ220224-10MB10171766 HPQ210269-10MB25577440 HP75L4-25MB329432 HPQ21001569022273 HP375L7-10MB691865 HP375L7-10MB69510773 HP375L7-10MB76204173 HP285RNL8-10MB76204173 HPMF4L10-10MB97357373 HP95RNL18-12MB988785 HPQ99706-10MB

DenisonD2691B2C10 HP89L8-12MBDE0101B5C03 HP101L18-3MBDE0101B5C05 HP101L18-6MBDE0101B5C10 HP101L18-12MBDE0101B5C20 HP101L18-25MBDE0101B8C03 HP101L36-3MBDE0101B8C05 HP101L36-6MBDE0101B8C10 HP101L36-12MBDE0101B8C20 HP101L36-25MBDE0101V5C03 HP101L18-3MVDE0101V5C05 HP101L18-6MVDE0101V5C10 HP101L18-12MVDE0101V5C20 HP101L18-25MVDE0101V8C03 HP101L36-3MVDE0101V8C05 HP101L36-6MVDE0101V8C10 HP101L36-12MVDE0101V8C20 HP101L36-25MV



DenisonDE0112B2C03 HP06DNL7-3MBDE0112B2C05 HP06DNL7-6MBDE0112B2C10 HP06DNL7-12MBDE0112B2C20 HP06DNL7-25MBDE0112V2C03 HP06DNL7-3MVDE0112V2C05 HP06DNL7-6MVDE0112V2C10 HP06DNL7-12MVDE0112V2C20 HP06DNL7-25MVDE0114B2H03 HP06DHL7-3MBDE0114B2H05 HP06DHL7-6MBDE0114B2H10 HP06DHL7-12MBDE0114B2H20 HP06DHL7-25MBDE0114V2H03 HP06DHL7-3MVDE0114V2H05 HP06DHL7-6MVDE0114V2H10 HP06DHL7-12MVDE0114V2H20 HP06DHL7-25MVDE0121B1P10 HP76L4-10CBDE0121B1P20 HP76L4-25CBDE0121B1R03 HP76L4-3MBDE0121B1R05 HP76L4-6MBDE0121B1R10 HP76L4-12MBDE0121B1R20 HP76L4-25MBDE0121B2P10 HP76L8-10CBDE0121B2P20 HP76L8-25CBDE0121B2R03 HP76L8-3MBDE0121B2R05 HP76L8-6MBDE0121B2R10 HP76L8-12MBDE0121B2R20 HP76L8-25MBDE0121V1P10 HP76L4-10CVDE0121V1P20 HP76L4-25CVDE0121V1R03 HP76L4-3MVDE0121V1R05 HP76L4-6MVDE0121V1R10 HP76L4-12MVDE0121V1R20 HP76L4-25MVDE0121V2P10 HP76L8-10CVDE0121V2P20 HP76L8-25CVDE0121V2R03 HP76L8-3MVDE0121V2R05 HP76L8-6MVDE0121V2R10 HP76L8-12MVDE0121V2R20 HP76L8-25MVDE0162B1C03 HP16DNL5-3MBDE0162B1C05 HP16DNL5-6MBDE0162B1C10 HP16DNL5-12MBDE0162B1C20 HP16DNL5-25MBDE0162V1C03 HP16DNL5-3MVDE0162V1C05 HP16DNL5-6MVDE0162V1C10 HP16DNL5-12MVDE0162V1C20 HP16DNL5-25MVDE0164B1H03 HP16DHL5-3MBDE0164B1H05 HP16DHL5-6MBDE0164B1H10 HP16DHL5-12MBDE0164B1H20 HP16DHL5-25MBDE0164V1H03 HP16DHL5-3MVDE0164V1H05 HP16DHL5-6MVDE0164V1H10 HP16DHL5-12MVDE0164V1H20 HP16DHL5-25MVDE0172B1C03 HP17L2-3MBDE0172B1C05 HP17L2-6MBDE0172B1C10 HP17L2-12MBDE0172B1C20 HP17L2-25MBDE0172B2C03 HP17L4-3MBDE0172B2C05 HP17L4-6MBDE0172B2C10 HP17L4-12MBDE0172B2C20 HP17L4-25MBDE0172V1C03 HP17L2-3MVDE0172V1C05 HP17L2-6MVDE0172V1C10 HP17L2-12MVDE0172V1C20 HP17L2-25MVDE0172V2C03 HP17L4-3MVDE0172V2C05 HP17L4-6MVDE0172V2C10 HP17L4-12MV

DenisonDE0172V2C20 HP17L4-25MVDE0191B1P10 HP76VL4-10CBDE0191B1P20 HP76VL4-25CBDE0191B1R03 HP76VL4-3MBDE0191B1R05 HP76VL4-6MBDE0191B1R10 HP76VL4-12MBDE0191B1R20 HP76VL4-25MBDE0191B2P10 HP76VL8-10CBDE0191B2P20 HP76VL8-25CBDE0191B2R03 HP76VL8-3MBDE0191B2R05 HP76VL8-6MBDE0191B2R10 HP76VL8-12MBDE0191B2R20 HP76VL8-25MBDE0191V1P10 HP76VL4-10CVDE0191V1P20 HP76VL4-25CVDE0191V1R03 HP76VL4-3MVDE0191V1R05 HP76VL4-6MVDE0191V1R10 HP76VL4-12MVDE0191V1R20 HP76VL4-25MVDE0191V2P10 HP76VL8-10CVDE0191V2P20 HP76VL8-25CVDE0191V2R03 HP76VL8-3MVDE0191V2R05 HP76VL8-6MVDE0191V2R10 HP76VL8-12MVDE0191V2R20 HP76VL8-25MVDE0201B1R03 HP74L4-3MBDE0201B1R05 HP74L4-6MBDE0201B1R10 HP74L4-12MBDE0201B1R20 HP74L4-25MBDE0201B2R03 HP74L8-3MBDE0201B2R05 HP74L8-6MBDE0201B2R10 HP74L8-12MBDE0201B2R20 HP74L8-25MBDE0201V1R03 HP74L4-3MVDE0201V1R05 HP74L4-6MVDE0201V1R10 HP74L4-12MVDE0201V1R20 HP74L4-25MVDE0201V2R03 HP74L8-3MVDE0201V2R05 HP74L8-6MVDE0201V2R10 HP74L8-12MVDE0201V2R20 HP74L8-25MVDE0211B1P10 HP75L4-10CBDE0211B1P20 HP75L4-25CBDE0211B1P25 HP75L4-25CBDE0211B1R03 HP75L4-3MBDE0211B1R05 HP75L4-6MBDE0211B1R10 HP75L4-12MBDE0211B1R20 HP75L4-25MBDE0211B2P10 HP75L8-10CBDE0211B2P20 HP75L8-25CBDE0211B2R03 HP75L8-3MBDE0211B2R05 HP75L8-6MBDE0211B2R10 HP75L8-12MBDE0211B2R20 HP75L8-25MBDE0211B2W10 HP75L8-25ABDE0211V1P10 HP75L4-10CVDE0211V1P20 HP75L4-25CVDE0211V1R03 HP75L4-3MVDE0211V1R05 HP75L4-6MVDE0211V1R10 HP75L4-12MVDE0211V1R20 HP75L4-25MVDE0211V2P10 HP75L8-10CVDE0211V2P20 HP75L8-25CVDE0211V2R03 HP75L8-3MVDE0211V2R05 HP75L8-6MVDE0211V2R10 HP75L8-12MVDE0211V2R20 HP75L8-25MVDE0242B2C03 HP16DNL8-3MBDE0242B2C05 HP16DNL8-6MBDE0242B2C10 HP16DNL8-12MBDE0242B2C20 HP16DNL8-25MB

DenisonDE0242V2C03 HP16DNL8-3MVDE0242V2C05 HP16DNL8-6MVDE0242V2C10 HP16DNL8-12MVDE0242V2C20 HP16DNL8-25MVDE0244B2H03 HP16DHL8-3MBDE0244B2H05 HP16DHL8-6MBDE0244B2H10 HP16DHL8-12MBDE0244B2H20 HP16DHL8-25MBDE0244V2H03 HP16DHL8-3MVDE0244V2H05 HP16DHL8-6MVDE0244V2H10 HP16DHL8-12MVDE0244V2H20 HP16DHL8-25MVDE0272B1C03 HP27L4-3MBDE0272B1C05 HP27L4-6MBDE0272B1C10 HP27L4-12MBDE0272B1C20 HP27L4-25MBDE0272B2C03 HP27L8-3MBDE0272B2C05 HP27L8-6MBDE0272B2C10 HP27L8-12MBDE0272B2C20 HP27L8-25MBDE0272V1C03 HP27L4-3MVDE0272V1C05 HP27L4-6MVDE0272V1C10 HP27L4-12MVDE0272V1C20 HP27L4-25MVDE0272V2C03 HP27L8-3MVDE0272V2C05 HP27L8-6MVDE0272V2C10 HP27L8-12MVDE0272V2C20 HP27L8-25MVDE0332B2C03 HP33DNL7-3MBDE0332B2C05 HP33DNL7-6MBDE0332B2C10 HP33DNL7-12MBDE0332B2C20 HP33DNL7-25MBDE0332V2C03 HP33DNL7-3MVDE0332V2C05 HP33DNL7-6MVDE0332V2C10 HP33DNL7-12MVDE0332V2C20 HP33DNL7-25MVDE0334B2H03 HP33DHL7-3MBDE0334B2H05 HP33DHL7-6MBDE0334B2H10 HP33DHL7-12MBDE0334B2H20 HP33DHL7-25MBDE0334V2H03 HP33DHL7-3MVDE0334V2H05 HP33DHL7-6MVDE0334V2H10 HP33DHL7-12MVDE0334V2H20 HP33DHL7-25MVDE0372B1C03 HP37L4-3MBDE0372B1C05 HP37L4-6MBDE0372B1C10 HP37L4-12MBDE0372B1C20 HP37L4-25MBDE0372B2C03 HP37L8-3MBDE0372B2C05 HP37L8-6MBDE0372B2C10 HP37L8-12MBDE0372B2C20 HP37L8-25MBDE0372B3C03 HP37L13-3MBDE0372B3C05 HP37L13-6MBDE0372B3C10 HP37L13-12MBDE0372B3C20 HP37L13-25MBDE0372V1C03 HP37L4-3MVDE0372V1C05 HP37L4-6MVDE0372V1C10 HP37L4-12MVDE0372V1C20 HP37L4-25MVDE0372V2C03 HP37L8-3MVDE0372V2C05 HP37L8-6MVDE0372V2C10 HP37L8-12MVDE0372V2C20 HP37L8-25MVDE0372V3C03 HP37L13-3MVDE0372V3C05 HP37L13-6MVDE0372V3C10 HP37L13-12MVDE0372V3C20 HP37L13-25MVDE0410B1U03 HP83L8-3MBDE0410B1U10 HP83L8-12MBDE0410B1U25 HP83L8-25MB



DenisonDE0410B2U03 HP83L16-3MBDE0410B2U10 HP83L16-12MBDE0410B2U25 HP83L16-25MBDE0410B3U03 HP83L39-3MBDE0410B3U10 HP83L39-12MBDE0410B3U25 HP83L39-25MBDE0410V1U03 HP83L8-3MVDE0410V1U10 HP83L8-12MVDE0410V1U25 HP83L8-25MVDE0410V2U03 HP83L16-3MVDE0410V2U10 HP83L16-12MVDE0410V2U20 HP83L16-25MVDE0410V3U03 HP83L39-3MVDE0410V3U10 HP83L39-12MVDE0410V3U25 HP83L39-25MVDE0411B2C03 HP83L8-3MBDE0411B2C05 HP83L8-6MBDE0411B2C10 HP83L8-12MBDE0411B2C20 HP83L8-25MBDE0411B2L03 HP8310L8-3MBDE0411B2L05 HP8310L8-6MBDE0411B2L10 HP8310L8-12MBDE0411B2L20 HP8310L8-25MBDE0411B5C03 HP83L16-3MBDE0411B5C05 HP83L16-6MBDE0411B5C10 HP83L16-12MBDE0411B5C20 HP83L16-25MBDE0411B5L03 HP8310L16-3MBDE0411B5L05 HP8310L16-6MBDE0411B5L10 HP8310L16-12MBDE0411B5L20 HP8310L16-25MBDE0411B8C03 HP83L39-3MBDE0411B8C05 HP83L39-6MBDE0411B8C10 HP83L39-12MBDE0411B8C20 HP83L39-25MBDE0411B8L03 HP8310L39-3MBDE0411B8L05 HP8310L39-6MBDE0411B8L10 HP8310L39-12MBDE0411B8L20 HP8310L39-25MBDE0411V2C03 HP83L8-3MVDE0411V2C05 HP83L8-6MVDE0411V2C10 HP83L8-12MVDE0411V2C20 HP83L8-25MVDE0411V2L03 HP8310L8-3MVDE0411V2L05 HP8310L8-6MVDE0411V2L10 HP8310L8-12MVDE0411V2L20 HP8310L8-25MVDE0411V5C03 HP83L16-3MVDE0411V5C05 HP83L16-6MVDE0411V5C10 HP83L16-12MVDE0411V5C20 HP83L16-25MVDE0411V5L03 HP8310L16-3MVDE0411V5L05 HP8310L16-6MVDE0411V5L10 HP8310L16-12MVDE0411V5L20 HP8310L16-25MVDE0411V8C03 HP83L39-3MVDE0411V8C05 HP83L39-6MVDE0411V8C10 HP83L39-12MVDE0411V8C20 HP83L39-25MVDE0411V8L03 HP8310L39-3MVDE0411V8L05 HP8310L39-6MVDE0411V8L10 HP8310L39-12MVDE0411V8L20 HP8310L39-25MVDE0602B1C03 HP06DNL4-3MBDE0602B1C05 HP06DNL4-6MBDE0602B1C10 HP06DNL4-12MBDE0602B1C20 HP06DNL4-25MBDE0602V1C03 HP06DNL4-3MVDE0602V1C05 HP06DNL4-6MVDE0602V1C10 HP06DNL4-12MVDE0602V1C20 HP06DNL4-25MV

DenisonDE0604B1H03 HP06DHL4-3MBDE0604B1H05 HP06DHL4-6MBDE0604B1H10 HP06DHL4-12MBDE0604B1H20 HP06DHL4-25MBDE0604V1H03 HP06DHL4-3MVDE0604V1H05 HP06DHL4-6MVDE0604V1H10 HP06DHL4-12MVDE0604V1H20 HP06DHL4-25MVDE0662B2C03 HP33DNL14-3MBDE0662B2C05 HP33DNL14-6MBDE0662B2C10 HP33DNL14-12MBDE0662B2C20 HP33DNL14-25MBDE0662V2C03 HP33DNL14-3MVDE0662V2C05 HP33DNL14-6MVDE0662V2C10 HP33DNL14-12MVDE0662V2C20 HP33DNL14-25MVDE0664B2H03 HP33DHL14-3MBDE0664B2H05 HP33DHL14-6MBDE0664B2H10 HP33DHL14-12MBDE0664B2H20 HP33DHL14-25MBDE0664V2H03 HP33DHL14-3MVDE0664V2H05 HP33DHL14-6MVDE0664V2H10 HP33DHL14-12MVDE0664V2H20 HP33DHL14-25MVDE0952B4C03 HP95RNL14-3MBDE0952B4C05 HP95RNL14-6MBDE0952B4C10 HP95RNL14-12MBDE0952B4C20 HP95RNL14-25MBDE0952B4P10 HP95RNL14-12MBDE0952V4C03 HP95RNL14-3MVDE0952V4C05 HP95RNL14-6MVDE0952V4C10 HP95RNL14-12MVDE0952V4C20 HP95RNL14-25MVDE1302B6C03 HP95RNL18-3MBDE1302B6C05 HP95RNL18-6MBDE1302B6C10 HP95RNL18-12MBDE1302B6C20 HP95RNL18-25MBDE1302B6P10 HP95RNL18-12MBDE1302V6C03 HP95RNL18-3MVDE1302V6C05 HP95RNL18-6MVDE1302V6C10 HP95RNL18-12MVDE1302V6C20 HP95RNL18-25MVDE2051B2C03 HP50L8-3MBDE2051B2C05 HP50L8-6MBDE2051B2C10 HP50L8-12MBDE2051B2C20 HP50L8-25MBDE2051B5C03 HP50L16-3MBDE2051B5C05 HP50L16-6MBDE2051B5C10 HP50L16-12MBDE2051B5C20 HP50L16-25MBDE2051V2C03 HP50L8-3MVDE2051V2C05 HP50L8-6MVDE2051V2C10 HP50L8-12MVDE2051V2C20 HP50L8-25MVDE2051V5C03 HP50L16-3MVDE2051V5C05 HP50L16-6MVDE2051V5C10 HP50L16-12MVDE2051V5C20 HP50L16-25MVDE2054B2H03 HP51L8-2MBDE2054B2H10 HP51L16-15MBDE2054B2H10 HP51L8-15MBDE2054B5H03 HP51L16-2MBDE2054V2H03 HP51L8-2MVDE2054V2H10 HP51L8-15MVDE2054V2H10 HP51L16-15MVDE2054V5H03 HP51L16-2MVDE2602B8C03 HP95RNL36-3MBDE2602B8C05 HP95RNL36-6MBDE2602B8C10 HP95RNL36-12MBDE2602B8C20 HP95RNL36-25MBDE2602B8P10 HP95RNL36-12MB

DenisonDE2602V8C03 HP95RNL36-3MVDE2602V8C05 HP95RNL36-6MVDE2602V8C10 HP95RNL36-12MVDE2602V8C20 HP95RNL36-25MVDE2631B4C03 HP63L13-3MBDE2631B4C05 HP63L13-6MBDE2631B4C10 HP63L13-12MBDE2631B4C20 HP63L13-25MBDE2631B5C03 HP63L16-3MBDE2631B5C05 HP63L16-6MBDE2631B5C10 HP63L16-12MBDE2631B5C20 HP63L16-25MBDE2631B7C03 HP63L26-3MBDE2631B7C05 HP63L26-6MBDE2631B7C10 HP63L26-12MBDE2631B7C20 HP63L26-25MBDE2631V4C03 HP63L13-3MVDE2631V4C05 HP63L13-6MVDE2631V4C10 HP63L13-12MVDE2631V4C20 HP63L13-25MVDE2631V5C03 HP63L16-3MVDE2631V5C05 HP63L16-6MVDE2631V5C10 HP63L16-12MVDE2631V5C20 HP63L16-25MVDE2631V7C03 HP63L26-3MVDE2631V7C05 HP63L26-6MVDE2631V7C10 HP63L26-12MVDE2631V7C20 HP63L26-25MVDE2641B4C03 HP64L13-3MBDE2641B4C05 HP64L13-6MBDE2641B4C10 HP64L13-12MBDE2641B4C20 HP64L13-25MBDE2641B5C03 HP64L16-3MBDE2641B5C05 HP64L16-6MBDE2641B5C10 HP64L16-12MBDE2641B5C20 HP64L16-25MBDE2641B7C03 HP64L26-3MBDE2641B7C05 HP64L26-6MBDE2641B7C10 HP64L26-12MBDE2641B7C20 HP64L26-25MBDE2641V4C03 HP64L13-3MVDE2641V4C05 HP64L13-6MVDE2641V4C10 HP64L13-12MVDE2641V4C20 HP64L13-25MVDE2641V5C03 HP64L16-3MVDE2641V5C05 HP64L16-6MVDE2641V5C10 HP64L16-12MVDE2641V5C20 HP64L16-25MVDE2641V7C03 HP64L26-3MVDE2641V7C05 HP64L26-6MVDE2641V7C10 HP64L26-12MVDE2641V7C20 HP64L26-25MVDE2651B4C03 HP65L13-3MBDE2651B4C05 HP65L13-6MBDE2651B4C10 HP65L13-12MBDE2651B4C20 HP65L13-25MBDE2651B5C03 HP65L16-3MBDE2651B5C05 HP65L16-6MBDE2651B5C10 HP65L16-12MBDE2651B5C20 HP65L16-25MBDE2651B7C03 HP65L26-3MBDE2651B7C05 HP65L26-6MBDE2651B7C10 HP65L26-12MBDE2651B7C20 HP65L26-25MBDE2651V4C03 HP65L13-3MVDE2651V4C05 HP65L13-6MVDE2651V4C10 HP65L13-12MVDE2651V4C20 HP65L13-25MVDE2651V5C03 HP65L16-3MVDE2651V5C05 HP65L16-6MVDE2651V5C10 HP65L16-12MV



DenisonDE2651V5C20 HP65L16-25MVDE2651V7C03 HP65L26-3MVDE2651V7C05 HP65L26-6MVDE2651V7C10 HP65L26-12MVDE2651V7C20 HP65L26-25MVDE2681B2C03 HP88L8-3MBDE2681B2C05 HP88L8-6MBDE2681B2C10 HP88L8-12MBDE2681B2C20 HP88L8-25MBDE2681B4C03 HP88L13-3MBDE2681B4C05 HP88L13-6MBDE2681B4C10 HP88L13-12MBDE2681B4C20 HP88L13-25MBDE2681B5C03 HP88L16-3MBDE2681B5C05 HP88L16-6MBDE2681B5C10 HP88L16-12MBDE2681B5C20 HP88L16-25MBDE2681V2C03 HP88L8-3MVDE2681V2C05 HP88L8-6MVDE2681V2C10 HP88L8-12MVDE2681V2C20 HP88L8-25MVDE2681V4C03 HP88L13-3MVDE2681V4C05 HP88L13-6MVDE2681V4C10 HP88L13-12MVDE2681V4C20 HP88L13-25MVDE2681V5C03 HP88L16-3MVDE2681V5C05 HP88L16-6MVDE2681V5C10 HP88L16-12MVDE2681V5C20 HP88L16-25MVDE2682B2C03 HP82L8-3MBDE2682B2C05 HP82L8-6MBDE2682B2C10 HP82L8-12MBDE2682B2C20 HP82L8-25MBDE2682B4C03 HP82L13-3MBDE2682B4C05 HP82L13-6MBDE2682B4C10 HP82L13-12MBDE2682B4C20 HP82L13-25MBDE2682B5C03 HP82L16-3MBDE2682B5C05 HP82L16-6MBDE2682B5C10 HP82L16-12MBDE2682B5C20 HP82L16-25MBDE2682V2C03 HP82L8-3MVDE2682V2C05 HP82L8-6MVDE2682V2C10 HP82L8-12MVDE2682V2C20 HP82L8-25MVDE2682V4C03 HP82L13-3MVDE2682V4C05 HP82L13-6MVDE2682V4C10 HP82L13-12MVDE2682V4C20 HP82L13-25MVDE2682V5C03 HP82L16-3MVDE2682V5C05 HP82L16-6MVDE2682V5C10 HP82L16-12MVDE2682V5C20 HP82L16-25MVDE2683B5E03 HP8314L16-3MBDE2683B5E05 HP8314L16-6MBDE2683B5E10 HP8314L16-12MBDE2683B5E20 HP8314L16-25MBDE2683B8E03 HP8314L39-3MBDE2683B8E05 HP8314L39-6MBDE2683B8E10 HP8314L39-12MBDE2683B8E20 HP8314L39-25MBDE2683V5E03 HP8314L16-3MVDE2683V5E05 HP8314L16-6MVDE2683V5E10 HP8314L16-12MVDE2683V5E20 HP8314L16-25MVDE2683V8E03 HP8314L39-3MVDE2683V8E05 HP8314L39-6MVDE2683V8E10 HP8314L39-12MVDE2683V8E20 HP8314L39-25MVDE2691B2C03 HP89L8-3MBDE2691B2C05 HP89L8-6MB

DenisonDE2691B2C20 HP89L8-25MBDE2691B4C03 HP89L13-3MBDE2691B4C05 HP89L13-6MBDE2691B4C10 HP89L13-12MBDE2691B4C20 HP89L13-25MBDE2691B5C03 HP89L16-3MBDE2691B5C05 HP89L16-6MBDE2691B5C10 HP89L16-12MBDE2691B5C20 HP89L16-25MBDE2691V2C03 HP89L8-3MVDE2691V2C05 HP89L8-6MVDE2691V2C10 HP89L8-12MVDE2691V2C20 HP89L8-25MVDE2691V4C03 HP89L13-3MVDE2691V4C05 HP89L13-6MVDE2691V4C10 HP89L13-12MVDE2691V4C20 HP89L13-25MVDE2691V5C03 HP89L16-3MVDE2691V5C05 HP89L16-6MVDE2691V5C10 HP89L16-12MVDE2691V5C20 HP89L16-25MVDE303AB-403 HP3A1L3-3MBDE3041B-U03 HP20L4-3MBDE3041B-U10 HP20L4-12MBDE3041B-U20 HP20L4-25MBDE3041B1C03 HP20L4-3MBDE3041B1C05 HP20L4-6MBDE3041B1C10 HP20L4-12MBDE3041B1C20 HP20L4-25MBDE3041B2C03 HP20L8-3MBDE3041B2C05 HP20L8-6MBDE3041B2C10 HP20L8-12MBDE3041B2C20 HP20L8-25MBDE3041V-U03 HP20L4-3MVDE3041V-U10 HP20L4-12MVDE3041V-U20 HP20L4-25MVDE3041V1C03 HP20L4-3MVDE3041V1C05 HP20L4-6MVDE3041V1C10 HP20L4-12MVDE3041V1C20 HP20L4-25MVDE3041V2C03 HP20L8-3MVDE3041V2C05 HP20L8-6MVDE3041V2C10 HP20L8-12MVDE3041V2C20 HP20L8-25MVDE3042B-U03 HP21L4-2MBDE3042B-U20 HP21L4-15MBDE3042V-U03 HP21L4-2MVDE3042V-U20 HP21L4-15MVDE3045B1H03 HP21L4-2MBDE3045B1H10 HP21L4-15MBDE3045B2H03 HP21L8-2MBDE3045B2H10 HP21L8-15MBDE3045V1H03 HP21L4-2MVDE3045V1H10 HP21L4-15MVDE3045V2H03 HP21L8-2MVDE3045V2H10 HP21L8-15MVDE3060-1T03 HP6236L2-3MDE3060-1T10 HP6236L2-12MDE3060-1T25 HP6236L2-25MDE3060-1U03 HP6236L2-3MDE3060-1U10 HP6236L2-12MDE3060-1U25 HP6236L2-25MDE3060-2T03 HP6236L4-3MDE3060-2T10 HP6236L4-12MDE3060-2T25 HP6236L4-25MDE3060-2U03 HP6236L4-3MDE3060-2U10 HP6236L4-12MDE3060-2U25 HP6236L4-25MDE3060-3T03 HP6236L8-3MDE3060-3T10 HP6236L8-12MDE3060-3T25 HP6236L8-25M

DenisonDE3060-3U03 HP6236L8-3MDE3060-3U10 HP6236L8-12MDE3060-3U25 HP6236L8-25MDE3061-1T03 HP6236L2-3MDE3061-1T10 HP6236L2-12MDE3061-1T25 HP6236L2-25MDE3061-1U03 HP6236L2-3MDE3061-1U10 HP6236L2-12MDE3061-1U25 HP6236L2-25MDE3061-2T03 HP6236L4-3MDE3061-2T10 HP6236L4-12MDE3061-2T25 HP6236L4-25MDE3061-2U03 HP6236L4-3MDE3061-2U10 HP6236L4-12MDE3061-2U25 HP6236L4-25MDE3061-3T03 HP6236L8-3MDE3061-3T10 HP6236L8-12MDE3061-3T25 HP6236L8-25MDE3061-3U03 HP6236L8-3MDE3061-3U10 HP6236L8-12MDE3061-3U25 HP6236L8-25MDE3070B-U10 HP20L8-12MBDE3070B-U25 HP20L8-25MBDE3070V-U03 HP20L8-3MVDE3070V-U10 HP20L8-12MVDE3070V-U25 HP20L8-25MVDE3071B-U03 HP21L8-2MBDE3071B-U20 HP21L8-15MBDE3071V-U03 HP21L8-2MVDE3071V-U20 HP21L8-15MVDE3077B-U03 HP20L8-3MBDE4051B3C03 HPKL9-3MBDE4051B3C05 HPKL9-6MBDE4051B3C10 HPKL9-12CBDE4051B3C20 HPKL9-25MBDE4051B3C20 HPKL9-25CBDE4051B5C03 HPKL18-3MBDE4051B5C05 HPKL18-6MBDE4051B5C10 HPKL18-10CBDE4051B5C10 HPKL18-12CBDE4051B5C20 HPKL18-25MBDE4051B5C20 HPKL18-25CBDE4051B7C03 HPKL27-3MBDE4051B7C05 HPKL27-6MBDE4051B7C10 HPKL27-10CBDE4051B7C10 HPKL27-12MBDE4051B7C20 HPKL27-25CBDE4051B7C20 HPKL27-25MBDE6010B1U03 HP80L4-3MBDE6010B1U10 HP80L4-12MBDE6010B1U25 HP80L4-25MBDE6010V1U03 HP80L4-3MVDE6010V1U10 HP80L4-12MVDE6010V1U25 HP80L4-25MVDE6011B1C03 HP80L4-3MBDE6011B1C05 HP80L4-6MBDE6011B1C10 HP80L4-12MBDE6011B1C20 HP80L4-25MBDE6011B2C03 HP80L8-3MBDE6011B2C05 HP80L8-6MBDE6011B2C10 HP80L8-12MBDE6011B2C20 HP80L8-25MBDE6011B4C03 HP80L13-3MBDE6011B4C05 HP80L13-6MBDE6011B4C10 HP80L13-12MBDE6011B4C20 HP80L13-25MBDE6011V1C03 HP80L4-3MVDE6011V1C05 HP80L4-6MVDE6011V1C10 HP80L4-12MVDE6011V1C20 HP80L4-25MVDE6011V2C03 HP80L8-3MV



DenisonDE6011V2C05 HP80L8-6MVDE6011V2C10 HP80L8-12MVDE6011V2C20 HP80L8-25MVDE6011V4C03 HP80L13-3MVDE6011V4C05 HP80L13-6MVDE6011V4C10 HP80L13-12MVDE6011V4C20 HP80L13-25MVDE6014B1H03 HP81L4-2MBDE6014B1H10 HP81L4-15MBDE6014B2H03 HP81L8-2MBDE6014B2H10 HP81L8-15MBDE6014B4H03 HP81L13-2MBDE6014B4H10 HP81L13-15MBDE6014V1H03 HP81L4-2MVDE6014V1H10 HP81L4-15MVDE6014V2H03 HP81L8-2MVDE6014V2H10 HP81L8-15MVDE6014V4H03 HP81L13-2MVDE6014V4H10 HP81L13-15MVDE6020B1U03 HP60L4-3MBDE6020B1U10 HP60L4-12MBDE6020B1U25 HP60L4-25MBDE6020B2U03 HP60L8-3MBDE6020B2U10 HP60L8-12MBDE6020B2U25 HP60L8-25MBDE6020B3U03 HP60L13-3MBDE6020B3U10 HP60L13-12MBDE6020B3U25 HP60L13-25MBDE6020V1U03 HP60L4-3MVDE6020V1U10 HP60L4-12MVDE6020V1U25 HP60L4-25MVDE6020V2U03 HP60L8-3MVDE6020V2U10 HP60L8-12MVDE6020V2U25 HP60L8-25MVDE6020V3U03 HP60L13-3MVDE6021B1C03 HP60L4-3MBDE6021B1C05 HP60L4-6MBDE6021B1C10 HP60L4-12MBDE6021B1C20 HP60L4-25MBDE6021B2C03 HP60L8-3MBDE6021B2C05 HP60L8-6MBDE6021B2C10 HP60L8-12MBDE6021B2C20 HP60L8-25MBDE6021B2U25 HP61L8-15MBDE6021B4C03 HP60L13-3MBDE6021B4C05 HP60L13-6MBDE6021B4C10 HP60L13-12MBDE6021B4C20 HP60L13-25MBDE6021B4U25 HP61L16-15MBDE6021B5C03 HP60L16-3MBDE6021B5C05 HP60L16-6MBDE6021B5C10 HP60L16-12MBDE6021B5C20 HP60L16-25MBDE6021V1C03 HP60L4-3MVDE6021V1C05 HP60L4-6MVDE6021V1C10 HP60L4-12MVDE6021V1C20 HP60L4-25MVDE6021V2C03 HP60L8-3MVDE6021V2C05 HP60L8-6MVDE6021V2C10 HP60L8-12MVDE6021V2C20 HP60L8-25MVDE6021V2U25 HP61L8-15MVDE6021V4C03 HP60L13-3MVDE6021V4C05 HP60L13-6MVDE6021V4C10 HP60L13-12MVDE6021V4C20 HP60L13-25MVDE6021V4U25 HP61L16-15MVDE6021V5C03 HP60L16-3MVDE6021V5C05 HP60L16-6MVDE6021V5C10 HP60L16-12MVDE6021V5C20 HP60L16-25MV

DenisonDE6024B1H03 HP61L4-2MBDE6024B1H10 HP61L4-15MBDE6024B2H03 HP61L8-2MBDE6024B2H10 HP61L8-15MBDE6024B4H03 HP61L13-2MBDE6024B4H10 HP61L13-15MBDE6024B5H03 HP61L16-2MBDE6024B5H10 HP61L16-15MBDE6024V1H03 HP61L4-2MVDE6024V1H10 HP61L4-15MVDE6024V2H03 HP61L8-2MVDE6024V2H10 HP61L8-15MVDE6024V4H03 HP61L13-2MVDE6024V4H10 HP61L13-15MVDE6024V5H03 HP61L16-2MVDE6024V5H10 HP61L16-15MVDER112B2C03 HP06RNL7-3MBDER112B2C05 HP06RNL7-6MBDER112B2C10 HP06RNL7-12MBDER112B2C20 HP06RNL7-25MBDER112B2P10 HP06RNL7-12MBDER112V2C03 HP06RNL7-3MVDER112V2C05 HP06RNL7-6MVDER112V2C10 HP06RNL7-12MVDER112V2C20 HP06RNL7-25MVDER141B1C03 HPTX1L4-3MBDER141B1C05 HPTX1L4-6MBDER141B1C10 HPTX1L4-10MBDER141B1C20 HPTX1L4-25MBDER141B1P10 HPTX1L4-10MBDER141B2C03 HPTX1L6-3MBDER141B2C05 HPTX1L6-6MBDER141B2C10 HPTX1L6-10MBDER141B2C20 HPTX1L6-25MBDER141B2P10 HPTX1L6-10MBDER141B3C03 HPTX1L8-3MBDER141B3C05 HPTX1L8-6MBDER141B3C10 HPTX1L8-10MBDER141B3C20 HPTX1L8-25MBDER141B3P10 HPTX1L8-10MBDER141V1C03 HPTX1L4-3MVDER141V1C05 HPTX1L4-6MVDER141V1C10 HPTX1L4-10MVDER141V1C20 HPTX1L4-25MVDER141V1P10 HPTX1L4-10MVDER141V2C03 HPTX1L6-3MVDER141V2C05 HPTX1L6-6MVDER141V2C10 HPTX1L6-10MVDER141V2C20 HPTX1L6-25MVDER141V2P10 HPTX1L6-10MVDER141V3C03 HPTX1L8-3MVDER141V3C05 HPTX1L8-6MVDER141V3C10 HPTX1L8-10MVDER141V3C20 HPTX1L8-25MVDER141V3P10 HPTX1L8-10MVDER151B1C03 HPTX2L7-3MBDER151B1C05 HPTX2L7-6MBDER151B1C10 HPTX2L7-10MBDER151B1C20 HPTX2L7-25MBDER151B1P10 HPTX2L7-10MBDER151B2C03 HPTX2L10-3MBDER151B2C05 HPTX2L10-6MBDER151B2C10 HPTX2L10-10MBDER151B2C20 HPTX2L10-25MBDER151B2P10 HPTX2L10-10MBDER151B3C03 HPTX2L18-3MBDER151B3C05 HPTX2L18-6MBDER151B3C10 HPTX2L18-10MBDER151B3C20 HPTX2L18-25MBDER151B3P10 HPTX2L18-10MBDER151V1C03 HPTX2L7-3MV

DenisonDER151V1C05 HPTX2L7-6MVDER151V1C10 HPTX2L7-10MVDER151V1C20 HPTX2L7-25MVDER151V1P10 HPTX2L7-10MVDER151V2C03 HPTX2L10-3MVDER151V2C05 HPTX2L10-6MVDER151V2C10 HPTX2L10-10MVDER151V2C20 HPTX2L10-25MVDER151V2P10 HPTX2L10-10MVDER151V3C03 HPTX2L18-3MVDER151V3C05 HPTX2L18-6MVDER151V3C10 HPTX2L18-10MVDER151V3C20 HPTX2L18-25MVDER151V3P10 HPTX2L18-10MVDER162B1C03 HP16RNL5-3MBDER162B1C05 HP16RNL5-6MBDER162B1C10 HP16RNL5-12MBDER162B1C20 HP16RNL5-25MBDER162B1P10 HP16RNL5-12MBDER162V1C03 HP16RNL5-3MVDER162V1C05 HP16RNL5-6MVDER162V1C10 HP16RNL5-12MVDER162V1C20 HP16RNL5-25MVDER171B2C03 HPTX3L11-3MBDER171B2C05 HPTX3L11-6MBDER171B2C10 HPTX3L11-10MBDER171B2C20 HPTX3L11-25MBDER171B2P10 HPTX3L11-10MBDER171B4C03 HPTX3L19-3MBDER171B4C05 HPTX3L19-6MBDER171B4C10 HPTX3L19-10MBDER171B4C20 HPTX3L19-25MBDER171B4P10 HPTX3L19-10MBDER171V2C03 HPTX3L11-3MVDER171V2C05 HPTX3L11-6MVDER171V2C10 HPTX3L11-10MVDER171V2C20 HPTX3L11-25MVDER171V2P10 HPTX3L11-10MVDER171V4C03 HPTX3L19-3MVDER171V4C05 HPTX3L19-6MVDER171V4C10 HPTX3L19-10MVDER171V4C20 HPTX3L19-25MVDER171V4P10 HPTX3L19-10MVDER242B1P10 HP16RNL8-12MBDER242B2C03 HP16RNL8-3MBDER242B2C05 HP16RNL8-6MBDER242B2C10 HP16RNL8-12MBDER242B2C20 HP16RNL8-25MBDER242V2C03 HP16RNL8-3MVDER242V2C05 HP16RNL8-6MVDER242V2C10 HP16RNL8-12MVDER242V2C20 HP16RNL8-25MVDER332B2C03 HP33RNL8-3MBDER332B2C05 HP33RNL8-6MBDER332B2C10 HP33RNL8-12MBDER332B2C20 HP33RNL8-25MBDER332B2P10 HP33RNL8-12MBDER332V2C03 HP33RNL8-3MVDER332V2C05 HP33RNL8-6MVDER332V2C10 HP33RNL8-12MVDER332V2C20 HP33RNL8-25MVDER502B2C03 HP33RNL10-3MBDER502B2C05 HP33RNL10-6MBDER502B2C10 HP33RNL10-12MBDER502B2C20 HP33RNL10-25MBDER502B2P10 HP33RNL10-12MBDER502V2C03 HP33RNL10-3MVDER502V2C05 HP33RNL10-6MVDER502V2C10 HP33RNL10-12MVDER502V2C20 HP33RNL10-25MVDER602B1C03 HP06RNL4-3MB



DenisonDER602B1C05 HP06RNL4-6MBDER602B1C10 HP06RNL4-12MBDER602B1C20 HP06RNL4-25MBDER602B1P10 HP06RNL4-12MBDER602V1C03 HP06RNL4-3MVDER602V1C05 HP06RNL4-6MVDER602V1C10 HP06RNL4-12MVDER602V1C20 HP06RNL4-25MVDER662B2C03 HP66RNL14-3MBDER662B2C05 HP66RNL14-6MBDER662B2C10 HP66RNL14-12MBDER662B2C20 HP66RNL14-25MBDER662B2P10 HP66RNL14-12MBDER662V2C03 HP66RNL14-3MVDER662V2C05 HP66RNL14-6MVDER662V2C10 HP66RNL14-12MVDER662V2C20 HP66RNL14-25MVDER852B2C03 HP66RNL18-3MBDER852B2C05 HP66RNL18-6MBDER852B2C10 HP66RNL18-12MBDER852B2C20 HP66RNL18-25MBDER852B2P10 HP66RNL18-12MBDER852V2C03 HP66RNL18-3MVDER852V2C05 HP66RNL18-6MVDER852V2C10 HP66RNL18-12MVDER852V2C20 HP66RNL18-25MVDET151V1C03 HP15L5-3MDET151V1C05 HP15L5-6MDET151V1C10 HP15L5-10MDET151V1C20 HP15L5-25MDET151V1V03 HP15L5-3MDET151V1V05 HP15L5-6MDET151V1V10 HP15L5-10MDET151V1V20 HP15L5-25M

Dennis Eagle15D78 HP60L4-12MB

DiagneticsBF303 HP75L8-3CBBF310 HP75L8-12MBBP403 HPKL9-3MBHPA304B25 HP61L4-15MBHPA304BO3 HP61L4-2MBHPA304V03 HP61L4-2MVHPA304V25 HP61L4-15MVHPA308B03 HP61L8-2MBHPA308B25 HP61L8-15MBHPA308V03 HP61L8-2MVHPA308V25 HP61L8-15MVHPA313B03 HP61L13-2MBHPA313B25 HP61L13-15MBHPA313V03 HP61L13-2MVHPA313V25 HP61L13-15MVHPA316B03 HP61L16-2MBHPA316B25 HP61L16-15MBHPA316V03 HP61L16-2MVHPA316V25 HP61L16-15MVHPB413B03 HP91L13-2MBHPB413B25 HP91L13-15MBHPB413V03 HP91L13-2MVHPB413V25 HP91L13-15MVHPB426B03 HP91L26-2MBHPB426B25 HP91L26-15MBHPB426V03 HP91L26-2MVHPB426V25 HP91L26-15MVHPB439B03 HP91L39-2MBHPB439B25 HP91L39-15MBHPB439V03 HP91L39-2MV

DiagneticsHPB439V25 HP91L39-15MVHPC204B03 HP81L4-2MBHPC204B25 HP81L4-15MBHPC204V03 HP81L4-2MVHPC204V25 HP81L4-15MVHPC208B03 HP81L8-2MBHPC208B25 HP81L8-15MBHPC208V03 HP81L8-2MVHPC208V25 HP81L8-15MVHPD204B03 HP21L4-2MBHPD204B25 HP21L4-15MBHPD204V03 HP21L4-2MVHPD204V25 HP21L4-15MVHPD208B03 HP21L8-2MBHPD208B25 HP21L8-15MBHPD208V03 HP21L8-2MVHPD208V25 HP21L8-15MVHPN308B03 HP51L8-2MBHPN308B25 HP51L8-15MBHPN308V03 HP51L8-2MVHPN308V25 HP51L8-15MVHPN316B03 HP51L16-2MBHPN316B25 HP51L16-15MBHPN316V03 HP51L16-2MVHPN316V25 HP51L16-15MVLPA304B03 HP60L4-3MBLPA304B06 HP60L4-6MBLPA304B12 HP60L4-12MBLPA304B25 HP60L4-25MBLPA304V03 HP60L4-3MVLPA304V06 HP60L4-6MVLPA304V12 HP60L4-12MVLPA304V25 HP60L4-25MVLPA308B03 HP60L8-3MBLPA308B06 HP60L8-6MBLPA308B12 HP60L8-12MBLPA308B25 HP60L8-25MBLPA308V03 HP60L8-3MVLPA308V06 HP60L8-6MVLPA308V12 HP60L8-12MVLPA308V25 HP60L8-25MVLPA313B03 HP60L13-3MBLPA313B06 HP60L13-6MBLPA313B12 HP60L13-12MBLPA313B25 HP60L13-25MBLPA313V03 HP60L13-3MVLPA313V06 HP60L13-6MVLPA313V12 HP60L13-12MVLPA313V25 HP60L13-25MVLPA316B03 HP60L16-3MBLPA316B06 HP60L16-6MBLPA316B12 HP60L16-12MBLPA316B25 HP60L16-25MBLPA316V03 HP60L16-3MVLPA316V06 HP60L16-6MVLPA316V12 HP60L16-12MVLPA316V25 HP60L16-25MVLPB413B03 HP94L13-3MBLPB413B06 HP94L13-6MBLPB413B12 HP94L13-12MBLPB413B25 HP94L13-25MBLPB413V03 HP94L13-3MVLPB413V06 HP94L13-6MVLPB413V12 HP94L13-12MVLPB413V25 HP94L13-25MVLPB426B03 HP94L26-3MBLPB426B06 HP94L26-6MBLPB426B12 HP94L26-12MBLPB426B25 HP94L26-25MBLPB426V03 HP94L26-3MVLPB426V06 HP94L26-6MV

DiagneticsLPB426V12 HP94L26-12MVLPB426V25 HP94L26-25MVLPB439B03 HP94L39-3MBLPB439B06 HP94L39-6MBLPB439B12 HP94L39-12MBLPB439B25 HP94L39-25MBLPB439V03 HP94L39-3MVLPB439V06 HP94L39-6MVLPB439V12 HP94L39-12MVLPB439V25 HP94L39-25MVLPC204B03 HP80L4-3MBLPC204B06 HP80L4-6MBLPC204B12 HP80L4-12MBLPC204B25 HP80L4-25MBLPC204V03 HP80L4-3MVLPC204V06 HP80L4-6MVLPC204V12 HP80L4-12MVLPC204V25 HP80L4-25MVLPC208B03 HP80L8-3MBLPC208B06 HP80L8-6MBLPC208B12 HP80L8-12MBLPC208B25 HP80L8-25MBLPC208V03 HP80L8-3MVLPC208V06 HP80L8-6MVLPC208V12 HP80L8-12MVLPC208V25 HP80L8-25MVLPD204B03 HP20L4-3MBLPD204B06 HP20L4-6MBLPD204B12 HP20L4-12MBLPD204B25 HP20L4-25MBLPD204V03 HP20L4-3MVLPD204V06 HP20L4-6MVLPD204V12 HP20L4-12MVLPD204V25 HP20L4-25MVLPD208B03 HP20L8-3MBLPD208B06 HP20L8-6MBLPD208B12 HP20L8-12MBLPD208B25 HP20L8-25MBLPD208V03 HP20L8-3MVLPD208V06 HP20L8-6MVLPD208V12 HP20L8-12MVLPD208V25 HP20L8-25MVLPE408B03 HP85L8-3MBLPE408B06 HP85L8-6MBLPE408B12 HP85L8-12MBLPE408B25 HP85L8-25MBLPE408V03 HP85L8-3MVLPE408V06 HP85L8-6MVLPE408V12 HP85L8-12MVLPE408V25 HP85L8-25MVLPE413B03 HP85L13-3MBLPE413B06 HP85L13-6MBLPE413B12 HP85L13-12MBLPE413B25 HP85L13-25MBLPE413V03 HP85L13-3MVLPE413V06 HP85L13-6MVLPE413V12 HP85L13-12MVLPE413V25 HP85L13-25MVLPE426B03 HP85L26-3MBLPE426B06 HP85L26-6MBLPE426B

march 2007 - titan worldwide | material handling equipment · element upgrade interchange guide...

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