Assa Abloy Medeco3 Technical & Service Manual
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Assa Abloy Medeco3 Technical & Service Manual

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MEDECO U.S.:
3625 Alleghany Drive | P.O. Box 3075 | Salem, Virginia 24153-0330
Customer Service: 1-877-633-3261
MEDECO CANADA:
160 Four Valley Drive | Vaughan, ON L4K 4T9 CANADA
Customer Service: 1-888-633-3264
ASSA ABLOY, the global
leader in door opening
solutions, dedicated to
satisfying end-user
needs for security, safety,
and convenience.
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©2015Medeco Security Locks
Medeco
Technical Service Manual
LT-922088 REV C
3

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Summary of Contents for Assa Abloy Medeco3

  • Page 1 3625 Alleghany Drive | P.O. Box 3075 | Salem, Virginia 24153-0330 Customer Service: 1-877-633-3261 MEDECO CANADA: 160 Four Valley Drive | Vaughan, ON L4K 4T9 CANADA Customer Service: 1-888-633-3264 ASSA ABLOY, the global leader in door opening solutions, dedicated to satisfying end-user needs for security, safety, and convenience.

  • Page 2: Table Of Contents

    Table of Contents 1. How to use the Medeco Technical Manual 2. Factory Certification Classes 3. Terminology relating to Medeco products and cylinders 4. Other Medeco Technology Designs 5. Medeco Introduction 6. Medeco Design Patent Information/Cycle Testing 7. Medeco Operating Principle 8.

  • Page 3: How To Use The Medeco Technical Manual

    Thank you for taking the time to learn about Medeco High Security Locks. We hope this manual will help you become more proficient at servicing the new Medeco technology design products. We welcome your suggestions and technical questions. Please feel free to give us a call at 1-800-548-8472 if you have a question with any of our products.
  • Page 4 Change Key Side Bitting –the change key side bitting is a cut made into the side of the key blade that engages the change step on the slider. Change Slider – used in all keyed different and in most master key systems. The change slider makes contact with the change side bitting on the key blade.
  • Page 5 Keyway Side Bitting – Bitting placed on the side of the key blade that makes contact with the slider mechanism. The proper keyway side bittings will move the slider mechanism to an unblocking position to allow the sidebar legs to engage the bottom pins. Keyway side bitting can either be at a change level or master level.

  • Page 6: Other Medeco Technology Designs

    Restricted Key Order Form – refers to the order form filled out and completed by the distributor or locksmith when a request for additional Medeco or KeyMark Silver cut keys are requested by an end user with an authorization card and proper identification. Commonly referred to as a “voucher”.
  • Page 7 Figure 1 – Medeco Product Technology Differences Medeco Technical Service Manual Rev. B...

  • Page 8: Medeco Introduction

    Medeco Introduction ® When the first Medeco cylinder rolled off the production line in 1968, no one imagined the magnitude and effect that it would have in the security and locksmith industry. The concept of angled cuts, angled pins, hardened steel inserts, a sidebar mechanism, and a strong utility patent on the cylinders and keys finally gave locksmiths and security professionals the opportunity to offer their customers a high security locking solution with total protection of who controls key cutting authorization.

  • Page 9: Patent Information/Cycle Testing

    Plug Sidebar Slider Spring Slider Side Bittings Figure 2 – Medeco Mortise Cylinder. Exploded view of new or modified components Patent Information/Cycle Testing The Medeco cylinder and key are protected by a worldwide utility patent that will last through February 6, 2021 giving you roughly 18 years of the strongest patent protection available.

  • Page 10: Medeco Operating Principle

    Medeco Operating Principle Before we study in detail the specifications of Medeco cylinders, it is first necessary to have a basic understanding of the principle by which these cylinders operate. Medeco door hardware cylinders incorporate the same basic principles as a standard pin tumbler cylinder: a plug, rotating within a shell, which turns a tail piece when pins of various lengths are aligned at a shear line by a key.
  • Page 11 The third locking component within a Medeco cylinder is the slider mechanism. The slider mechanism is spring loaded (figure 7) and makes contacts with the bittings located on the side of Medeco keys. When the side bittings make contact with the slider upon key insertion, the slider is pushed to a position that aligns the blocking tabs on the slider with gates in the sidebar (Figure 8, 9, and 10).

  • Page 12: Medeco

    Medeco Biaxial Key Design and Specifications There are five dimensional specifications for every Medeco key: the cut profile, the cut depth, the cut spacing, the cut angle, and the side bitting. The profile of the cut on all Medeco keys must maintain an 86° angle.

  • Page 13: Medeco 3 Biaxial Key Specification Summary

    Figure 13 – Medeco Biaxial spacing (fore and aft) The Medeco Biaxial design uses left, right, and center angled cuts on the key. In addition, each angled cut can be placed in a position in front of the pin chamber hole centerline (fore) or after the pin chamber hole centerline (aft).

  • Page 14: Medeco 3 Biaxial Maximum Adjacent Cut Specification (Macs)

    Medeco Biaxial Maximum Adjacent Cut Specifications (MACS) Since Medeco Biaxial angles are not positioned on the centerline of the pin chamber hole, the MACS number will be different depending on the angle used between two different cuts. An aft cut next to a fore cut has a MACS of 2.

  • Page 15: Side Bitting Positions

    Side Bitting Space Positions The Medeco design has 6 possible positions on the side of the key blade called “side bittings”. The Master Key and the Change Key use the same six space positions; however they are placed on two different planes. The side bittings are numbered 1 –...

  • Page 16: Key Blank Part Number Break Down

    Key Blank Part Number Break Down KY - XX XX XX – XXXX KY = Key Blank/Cut Key Product Series Number Keyway & Coining Info Key Bow Style/Size/Program - Contact Factory 10 - Round Head Commercial - Original/Biaxial 12 – Small Rectangle Special Function Code/Key Blank/Cut Key Gold/Platinum/DBK/Enduser Programs - Biaxial...

  • Page 17: Decoding/Reading Medeco Biaxial Keys

    Decoding/Reading Medeco Biaxial Keys A decoder or a micrometer is required to decode Medeco Biaxial keys. The Medeco Biaxial decoder will help you identify the fore and aft space positions, depth of the cut, and the keyway side bittings located on the side of the key blade.

  • Page 18: Determining Side Bitting Positions

    angle is traveling up and to the left. This means that our first position is labeled with an “M” angle. See our example below: Fore Fore Fore Determining Side Bitting Position Place the bottom shoulder of the key against the right hand edge of the gauge directly above the bottom fold.
  • Page 19 As you can see in figure 22, a change key will have what appears to be two steps. These two steps are located on two different planes (thicknesses). The additional step located on the higher plane, is used for the master side bitting. But in the case of a change key, the master side bitting plane will be machined back toward the shoulder of the key so that it will never make contact with the slider.

  • Page 20: How To Use Medeco Keys

    How to Use Medeco Keys The following procedures should be communicated to Medeco end-users in order to prolong the life of the key and to prevent key breakage and potential lockout situations. 1. Grasp the bow or head of the key between your thumb and index finger with the teeth pointing upward (deadbolt, rim, mortise, knob type locks).

  • Page 21: Using The Medeco Codebook

    Using the Medeco Codebook The Medeco factory provides a unique blind code that references the cuts and angles of a key. The blind code may be located either on an authorization card or metal tag that the end-user has in their possession. On occasion, it may be necessary to decode the blind code in order to facilitate cylinder pinning or key cutting.
  • Page 22 The first character of the blind code identifies the Medeco technology being used. In our example, AFM2139ELV, the “T” represents Medeco Biaxial Technology. The second character references the type of key used. In the example, T FM2139ELV, the “A” signifies a 6 pin/6 level key blank (please refer to the chart above for letter designations and their corresponding key types).

  • Page 23: Medeco Biaxial Interchangeable Core Codes

    Medeco Biaxial Interchangeable Core Codes Medeco Biaxial Interchangeable cores require two keys (an operating key and a control key) with two different but related bittings for the operation of the core and the control lug. The control key for the 32 Series interchangeable core must be 3 increments shallower than the operating key in the 3 and 4 space...

  • Page 24: Medeco Biaxial Pin Design And Specifications

    Medeco Biaxial Pin Design and Specifications There are five primary design specifications for each Medeco bottom pin: the diameter of the pin, the pin tip angle, the chisel point location, the locator tab position, the slots on the side of the pins, and the pinning increment/depth.

  • Page 25: Decoding Medeco Biaxial Bottom Pins

    As you can see in Figure 31, the chisel point is located either before or after the centerline of the pin. Pins with chisel points beFORE the centerline are classified as “FORE” pins and pins with the chisel point AFTer the centerline are classified as “AFT” pins. FORE pins are available in three angles: B, K, and Q. AFT pins are available in three angles: D, M, S.
  • Page 26 Sidebar Slot Location Angle ID (Looking at Chisel Point Position in relation Angle Designation the top of pin- to Centerline of Pin clockface) 20° left of centerline 7 o’clock position Left Side 20° left of centerline 7 o’clock position Right Side Directly above centerline 6 o’clock position Left Side...
  • Page 27 Step 3: Determining Angle Designation –Figure 38 We have already identified the pin in our example as a fore angle pin. Next, we need to identify the direction of the angle of the pin. Referring back to figure x and looking at the top of the pin as if it were a clock face, we can see that the sidebar slot is located at the 7 o’clock position.

  • Page 28: Medeco 3 Biaxial Pin Specification Summary

    Medeco Biaxial Pin Specification Summary • Medeco Biaxial cylinder uses left, right, and center angle pins that are offset from the center line of the pin. (K,M,B,D,Q,S) • .025” depth increment, single step progression • 1-6 depths, 1 = shallowest, 6 =deepest •...
  • Page 29 TP-F10-3T .338 .180 TP-F10-4M .363 .150 TP-F10-5T Figure 42 – Medeco3 Biaxial Top Pins Figure 43 on the following page is a cross reference chart used for Medeco Biaxial top pins and master wafers. Medeco Technical Service Manual Rev. B...
  • Page 30 Figure 43 – Medeco Biaxial Top Pin and Master Wafers Cross Reference Medeco Technical Service Manual Rev. B...

  • Page 31: Medeco 3 Biaxial Pin Part Number Breakdown

    Medeco Pin Part Number Breakdown TP - F 10 - 4 C Series Designation – TP=Tumbler Pin Pin Type – R = Right Angle – Original C = Center Angle – Original L = Left Angle – Original Q = Fore (Right) Angle –Biaxial/Medeco Type of Pinning B = Fore (Center) Angle –...

  • Page 32: Medeco Sidebar Specifications

    Medeco Sidebar Specifications The sidebar used in Medeco cylinders contains two gates. These gates receive the blocking tabs located on the top of the slider. When the slider is pushed inward by a key with the proper side bittings, the blocking tabs on the slider will move into the correct position and align themselves with the gates on the sidebar (figure 44).
  • Page 33 Figure 47 – Medeco Sidebars Medeco sidebars are available in a variety of lengths (Figure 47) to accommodate the many different cylinder designs within the Medeco product line. The chart below describes the different types of sidebars available and lists their respective part numbers and where they are used. Part Numbers Sidebar Pin/Level Product Type...

  • Page 34: Medeco Slider Mechanism Specifications

    Medeco Slider Mechanism Specifications The slider mechanism features one or two steps, blocking tabs, a spring hole, and a spring (Figure 48). The slider mechanism works in conjunction with the side bittings on the key and the sidebar to create a third locking point within the cylinder, locking out any key without the proper side bitting combination.
  • Page 35 If you notice in figures 49 and 50, there are 2 tabs or teeth along the top side of the slider. These blocking tabs prevent the sidebar from moving inward when there is no key inserted or if a key with the incorrect side bitting is used.

  • Page 36: Servicing Medeco Biaxial Mortise Cylinders

    Servicing Medeco Biaxial Mortise Cylinders Medeco Biaxial Mortise Cylinders Medeco mortise cylinders meet and exceed ANSI/BHMA A156.5-2001, Auxiliary Locks & Associated Products Grade 1 Listing. Medeco mortise cylinders also meet ANSI/BHMA A156.30-2003, High Security Cylinders standards (M1AAAM). Medeco mortise cylinders are designed to retrofit into new or existing mortise locksets. Medeco mortise cylinders are pinned through the pin chamber holes located at the top of the cylinder and an allen set screw secures the pin chamber hole keeping each pin stack within its respective pin chamber.

  • Page 37: Medeco 3 Biaxial Mortise Cylinder - Disassembly

    Medeco Biaxial Mortise Cylinder – Disassembly The disassembly procedures for a Medeco mortise cylinder can quickly and easily be disassembled in the field. However, disassembly is not required when re-keying since the pins can be loaded through the top of the cylinder.
  • Page 38 Step 3: Remove the Hardened Steel Crescent Inserts – Figure 59 After the plug has been removed, the hardened steel crescent inserts can be removed from the shell. Take the shell, holding it at an angle with the face down, and lightly tap it on a hard surface. The hardened steel crescent inserts will fall out of the shell.
  • Page 39 Step 5: Removing Sidebar from Plug – Figure 61 After the slider mechanism is removed from the plug, the sidebar is not ready to come out. Remove the sidebar by turning the plug on its side and tapping gently on table or bench top. The sidebar springs will also need to be removed.
  • Page 40 The disassembly of the Medeco mortise cylinder is complete and the components are now ready to be serviced, cleaned or replaced. Below is an exploded view of a disassembly Medeco mortise cylinder. Figure 63 – Disassembled Medeco Mortise Cylinder Medeco Technical Service Manual Rev.

  • Page 41: Medeco 3 Biaxial Mortise Cylinder - Assembly

    Medeco Biaxial Mortise Cylinder - Assembly Step 1: Insert Hardened Steel Crescents – Figures 64 & 65 Place the shell on its side so that you can look down at the slot cut under the face of the shell. Using tweezers, insert the two hardened steel crescents into their respective slots.
  • Page 42 Step 3: Insert Slider into Plug There are two methods to installing the slider in the plug. Both methods are listed below: Step 3A: Insert Slider into Plug – Spring End First – Figure 68 Insert the slider into the pocket on the bottom of the plug, spring end first. There is a ledge along the back side of the pocket for the slider spring to rest on.
  • Page 43 Step 4: Test Slider – Figure 71 After the slider mechanism is installed in the slider pocket, test the slider to make sure it has the proper amount of spring tension. This can be done by taking a small flat blade screwdriver and pushing the slider mechanism toward the back of the plug.
  • Page 44 Step 6: Insert Key into Plug – Figure 74 & 75 Before we can insert the plug back into the shell, a key will need to be inserted into the plug. With no key in the plug, the blocking tabs of the slider are blocking the sidebar from being pushed in. In this state, the plug will not be able to be inserted.
  • Page 45 Step 8: Installing Cam, Cam Washer, and Cam Screws – Figure 77 Once the plug has been fully inserted into the plug, the cam, the cam washer, and the cam screws can be reinstalled. The figure below shows the proper way to install the cam and cam washer and also illustrates the incorrect way.

  • Page 46: Pinning Medeco Biaxial Mortise Cylinders

    Pinning Medeco Biaxial Mortise Cylinders Medeco mortise cylinders are pinned in much of the same manner as standard pin tumbler cylinders; however, Medeco mortise cylinder are top loaded and do not require a plug follower. Medeco mortise cylinders are pinned from bow to tip (cylinder face to cam). Keep the following information in mind when pinning Medeco mortise cylinders: •...
  • Page 47 Step 4 – Figure 80 Insert the key that the cylinder is to be pinned to. You will use this key to test the cylinder pinning as each pin chamber is loaded. Figure 80 Locator tab and locator tab slot Step 5 –...
  • Page 48 Step 7 – Figure 83 After the top pin is loaded, test the key to ensure that it operates. If the cylinder is master pinned, test all keys that were designed to operate this cylinder. If the key works, repeat step 5 – 7 for the remaining pin chambers until all pin chambers are loaded with the necessary bottom and top pins.

  • Page 49: Medeco³ Bilevel

    Servicing Medeco³ BiLevel Mortise Cylinders BiLevel Overview BiLevel cylinders operate much like a standard pin tumbler lock, with the addition of a slider and legless sidebar for additional protection against picking, key interchange, and increased master keying capability. do not meet BiLevel cylinders UL437 or ANSI/BHMA A156.30 high security standards and are meant to be used in applications where physical security is not critical.

  • Page 50: Bilevel Keying Specifications

    Plug - The BiLevel cylinder’s plug is the same high quality, all brass machined construction as its Medeco³ cousin, without any hardened steel drill-resistant inserts. The plugs are available in all existing Medeco³ keyways. Slider - The BiLevel slider mechanism is the same dimensionally as the Medeco³...

  • Page 51: Bilevel Pinning Specifications

    This allows the aft position cuts on the key to line up with the center of the pin chamber holes in a BiLevel cylinder, and in the aft position in the Medeco³ cylinder. The shoulder-to-first-cut spacing for a Medeco³ key cut to operate BiLevel cylinder is .275. Cut-to-cut spacing is .170. Pin Specifications BiLevel and Medeco³...

  • Page 52: Bilevel Cylinder Pinning

    accept sidebar legs. Select bottom and top pins are spooled for added pick resistance: numbers 1, 3, and 5 top pins, and numbers 3, 4, 5, and 6 bottom pins. Cylinder Pinning Keying a BiLevel cylinder alike to a Medeco³ cylinder is a snap. As mentioned before, you must start with a key code with all aft position cuts that is specifically created to support BiLevel.
  • Page 53 A pin kit is available that contains 100 of each of the bottom, master and top pins, plus set screws and springs. The pin kit part number is KJ1501. Cylinder Part Numbering The part numbering scheme for BiLevel is consistent with other Medeco product lines, but the letter “J”...

  • Page 54: Medeco Cylinder Lubrication

    Medeco Cylinder Lubrication ® Medeco KeyLube Medeco recommends that Medeco KeyLube 2.0 is used to lubricate Medeco Biaxial cylinders and interchangeable cores. KeyLube 2.0 is a quick, invasive and long lasting lubricant that provides lubricity up to 10 times longer than other lubricants when used in high-use locking devices.
  • Page 55 How Often to Lubricate: Frequency of lubrication depends on location of the cylinder, weather conditions and amount of use. A lock installed on an interior door that is only used a couple times a day should be lubricated once a year. A lock installed on the exterior entrance door of an apartment with several hundred tenants and freezing weather conditions should be lubricated at least 4 times a year or...
  • Page 56 Regardless of which lubricant I use, Medeco locks still “ click” at the twelve o’ clock position – is that normal? Yes! The click you hear when the key arrives at the twelve o’ clock position is the sidebar snapping into the detent in the cylinder wall.

  • Page 57: Appendix

    Appendix: Medeco Original, Biaxial, and Medeco Key Control Programs Summary The security of any locking system is dependent upon two very important factors. The first of these is its physical strength against picking, drilling, and forcing. The second is the controlled duplication of existing keys for that lock or locking system.
  • Page 58 Medeco Original Product Key Control Programs Original Commercial Program Program Details Program Description: Bow Size: 10 Bow Coining Available: Original Commercial program is designed for Bow Shape: Round Head consumers who wish to have keys made with Logo: minimum delay and are looking for a drill and pick resistant cylinder.
  • Page 59 Original SKY Distributor Program Program Description: Program Details The Original SKY key control program requires positive Bow Size: 15 Bow identification for key duplication in the form of a Black & Coining Available: White Authorization Card. Authorization cards are supplied with each cylinder when shipped from the factory.
  • Page 60 Medeco Biaxial Product Key Control Programs Biaxial Commercial Program Program Description: Program Details The Biaxial Commercial program is designed for Bow Size: 10 Bow consumers who wish to have keys made with minimum Coining Available: delay. Qualified locksmiths with a key machine capable Bow Shape: Round Head of producing keys with angled cuts can duplicate Medeco...
  • Page 61 Medeco Biaxial GLD (Gold) Distributor Program Program Description: Program Details The Biaxial GLD key control program requires positive identification for key duplication in the form of a Black & Bow Size: 12 Bow Gold Authorization Card. Authorization cards are supplied Coining Available: with each cylinder when shipped from the factory.
  • Page 62 Medeco Biaxial NUK (Platinum) Distributor Program Program Details Program Description: Bow Size: 12 Bow The Biaxial NUK key control program requires positive Coining Available: identification for key duplication in the form of a Silver Bow Shape: Small Rectangle Shape Authorization Card. Authorization cards are supplied with each Logo: Biaxial Logo cylinder when shipped from the factory.
  • Page 63 Medeco Biaxial Patriot Program Program Description: Program Details The Patriot Program was originally developed in 1991 to Bow Size: 17 Bow take advantage of the benefits of electronic key Coining Available: management. The Patriot Program utilizes computerized communications between the locksmith’s location and the Bow Shape: Large Square Bow Medeco factory to facility cutting Biaxial Patriot keys.
  • Page 64 Medeco Biaxial Liberty Program Program Description: Program Details The Liberty Program was originally developed in 1991 to take advantage of the benefits of electronic key management. The Bow Size: 16 Bow Liberty Program utilizes computerized communications Coining Available: between the locksmith’s location and the Medeco factory to Bow Shape: Rounded Edges facility cutting Biaxial Liberty keys.
  • Page 65 Medeco Biaxial Locksmith Service Center (LSC) Program Program Details Program Description: Bow Size: 12 Bow or 17 Bow Coining Available: Select Medeco factory authorized locksmith service centers are allowed to reproduce LSC keys. A contract between the LSC and Medeco is required to prevent unauthorized key duplication and proliferation.
  • Page 66 Medeco Biaxial Dealer Based Keyway (DBK) Program Program Details Program Description: Bow Size: 12 Bow or 17 Bow Coining Available: Select Medeco factory authorized locksmiths are allowed to reproduce DBK keys. A contract between the DBK and Medeco is required to prevent unauthorized key duplication and proliferation.
  • Page 67 Medeco Biaxial Factory Restricted Program Program Detail Bow Size: 16 Bow Program Description: Coining Available: Bow Shape: Rounded Edges The Medeco Factory Restricted program is the highest Logo: Biaxial Logo Only level of key control available from Medeco. Only the Medeco factory can make duplicate keys for the factory restricted program.
  • Page 68 Medeco Biaxial End User Program Program Details Program Description: Bow Size: 12 Bow or 17 Bow Qualifying end users can participate in Medeco’s Coining Available: End User Program. This program is designed for large institutions, such as, hospitals, universities, etc, that have a locksmith on staff at their facility. A contract between the institution and Medeco is Biaxial End User Program required to prevent unauthorized key duplication...
  • Page 69 Medeco Product Key Control Programs Medeco DND Distributor Program Program Description: Program Details The Medeco DND key control program requires positive Bow Size: 34 Bow identification for key duplication in the form of an authorization card. Coining Available: Authorization cards are supplied with each cylinder when shipped Bow Shape: Small Rectangle Bow from the factory.
  • Page 70 Medeco NYC Distributor Program Program Description: Program Details The Medeco NYC key control program requires positive identification for key duplication in the form of an Bow Size: 34 Bow authorization card. Authorization cards are supplied with each Coining Available: cylinder when shipped from the factory. In order for an end- Bow Shape: Small Rectangle Shape user to obtain additional NYC cut keys, the end-user must...
  • Page 71 If the information on the authorization card is valid, the host server will send the bitting information for the authorization card back to the locksmith in the form of Medeco3 Freedom Key a two-ply receipt. Freedom authorization cards are 33 Bow – Large Square Bow tracked electronically and an audit trail of the keys for a end-users system is generated each time a key is cut.
  • Page 72 Gotham authorization cards are Medeco3 Gotham Key tracked electronically and an audit trail of the keys for a 33 Bow – Large Square Bow end-users system is generated each time a key is cut.
  • Page 73 In order for an end-user to receive duplicate LS3 keys, the end-user must go back to the originating LS3’s location. Medeco3 LS3 Key 33 Bow or 34 Bow Available Bow Shape: 33 Bow (Large Square Bow) or 34 Bow (Small Square Bow)
  • Page 74 Medeco Dealer Based Keyway (DB3) Program Program Details Bow Size: 33 Bow or 34 Bow Program Description: Coining Available: Select Medeco factory authorized locksmiths are allowed to reproduce DB3 keys. A contract between the DB3 and Medeco is required to prevent unauthorized key duplication and proliferation.
  • Page 75 Medeco Distributor/Dealer Based Keyway (DB3-D) Program Program Details Bow Size: 33 Bow or 34 Bow Program Description: Coining Available: Select Medeco factory authorized distributors are allowed to sell DB3-D product and keys. A contract between the DB3-D distributor, the DB3-D locksmith and Medeco is required to prevent unauthorized key duplication and proliferation.
  • Page 76 Medeco Factory Restricted Program Bow Size: 33 Bow Coining Available: Bow Shape: Large Square Bow Program Description: Logo: Medeco Logo and Diamonds The Medeco Factory Restricted program is the highest level of key control available from Medeco. Only the Medeco factory can make duplicate keys for the factory restricted program.
  • Page 77 Medeco End User Program Program Details Program Description: Bow Size: 33 Bow or 34 Bow Coining Available: Qualifying end users can participate in Medeco’s End User Program. This program is designed for large institutions, such as, hospitals, universities, etc, that have a locksmith on staff at their facility.

  • Page 78: Servicing Tools - Medeco Biaxial Cylinders

    Servicing Tools – Medeco Biaxial Cylinders Medeco Biaxial Pin Kit – K-5001, .025” Pin Increment 30 each of Bottom, Master, and Top Pins 5 Pin Stainless Steel pin chamber covers (20 Series) 6 Pin Stainless Steel pin chamber covers (20 Series) 5 Pin Brass pin chamber covers (31, 32, 60 Series)
  • Page 79 KeyLube 2.0 – PX-KYLUB2-03 Used to lubricate Medeco cylinders Unique to Medeco Petroleum bases lubricant Other lubricants authorized by Medeco to use on Medeo cylinders: ® Super Lube ® Poxylube Lubricants other than the ones listed above will void the warranty on Medeco cylinders if used.
  • Page 80 Spanner Wrench – 90-0001 Used to tighten and loosen the tailpiece retainer cap for Medeco and KeyMark Rim cylinders. Allows the retainer cap to be removed to change or rotate tailpiece. Go-No-Go Key Machine Adjust Gauge Biaxial Key Machine 95-101451 Original Key Machine 95-100081 Used to check the accuracy of Original and Biaxial key cut...

  • Page 81: Medeco Product Series Designation

    Medeco Product Series Designation Each Medeco product is categorized with a product series number. This is typically the first two digits of the product part number. Use the chart below to help you identify the type of Medeco product you are working with.

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