Class/Communication Credential Readers Finishes Functions Handheld Device Lever & Cylinder Mechanical/ Chassis Power
1) What class/communication options are available on the AD-Series?
The following class/communication options are available on the AD-Series:
- Offline: User Rights on the lock (AD-200)
- Offline: User Rights on the user's Magnetic Stripe credentials (AD-250)
- Networked: Hardwired (AD-300)
- Networked: 900 MHz Wireless (AD-400)
Back to Top2) What is the major difference between offline and networked (online) communication?Networked locks are centrally controlled, allowing for real-time management of user rights and access contol functions, such as centralized lockdown and unlock and scheduling changes. Offline locks are not centrally controlled. Offline locks are a simple, economical solution for areas that do not require real-time monitoring. AD-Series offline locks can be upgraded to become networked locks in a matter of minutes without taking the lock off the door, due to their innovative modular design. Upgrading the communication module is as simple as removing part of the inside cover and installing a new networking board and reprogramming the lock firmware. Once you have upgraded the communication module and reprogrammed the lock you will need to connect the lock to the access control system.
1) What credential reader options are available on the AD-Series?
The following credential reader options are available for the AD-Series:
- Keypad Only (KP)
- Magnetic Stripe* (MG): Configurable to read complete track 1, 2, or 3
- Magnetic Stripe + Keypad * (MGK): Configurable to read complete track 1, 2, or 3
- Proximity (PR): 125 kHz
- Proximity + Keypad (PRK): 125kHz
- Smart Card (SM): 13.56 MHz
- Smart Card + Keypad (SMK): 13.56 MHz
- Multi-Technology (MT): 125 kHz Proximity & 13.56 MHz Smart Card
- Multi-Tech + Keypad (MTK): 125kHz Proximity & 13.56 MHz Smart Card
*The AD-250 is only available with Magnetic Stripe readers. Back to Top2) What is the AD-Series proximity reader?The AD-Series proximity reader is a device used to validate electronic credentials known as proximity cards or fobs. Proximity card/fob is a generic name for the contactless integrated circuit devices used for access control systems. The industry generally refers to cards that operate at 125 kHz as proximity cards/fobs. These cards contain an ID which is a static number. When presented within the field of the reader, the card/fob transmits this ID at the 125 kHz frequency. The AD-Series Smart Card Reader is a device used to validate contactless electronic credentials known as smart cards. A smart card is a more intelligent form of a proximity card/fob. Proximity readers only read from a proximity card/fob and do not write to it, while smart card technology allows the reader to read/write to the card. Smart card technology uses a key structure between the reader and card, and requires a “handshake” to establish authenticity before transmitting data In either direction. Smart cards also are encrypted, have a larger memory, and can be used for many applications such as vending, logical security, payments, etc.. Smart cards operate at 13.56 MHz. The AD-Series multi technology reader is a device that is used to validate both electronic proximity and smart card credentials. This makes it easy for facilities to migrate from one credential technology to another over time. It is available on AD-200*, AD-300, and AD-400 locks and devices.
Note:* SMS Express software users must upgrade their system.
AD-Series electronic locks are compatible with many different credential brands and technologies. Additional information about credential compatibility can be found in the AD-Series Selection Guide. Back to Top6) What is a contactless card reader?A credential reader that does not require direct contact with the credential such as the AD-Series proximity, smart card and multi-technology readers. The AD-Series magnetic stripe reader is a device that is used to validate electronic magnetic stripe cards. A magnetic stripe card is capable of storing data by modifying the magnetism of tiny iron-based magnetic particles on a band of magnetic material on a card. The magnetic stripe card is read by the physical contact of swiping past a reading head. The AD-Series keypad reader utilizes a PIN (Personal Identification Number) to control access to openings. The AD-Series keypad reader features a 12 button design, an LED indicator, and LED backlight. Yes all AD-Series credential readers are available with a keypad for added security. AD-Series readers can be easily upgraded in a matter of minutes without taking the lock off the door. When your facility is ready to migrate to new credential technologies, simply remove a few screws and replace the current reader with the new reader module.
The frequency for AD-Series contactless readers is shown below:
- Multi-Technology Reader: 125 kHz proximity and 13.56 MHz smart card.
- Smart Card: 13.56 MHz
- Proximity Reader: 125 kHz
Back to Top12) What is the standard read range for AD-Series contactless readers?The standard read range for AD-Series contactless readers is up to .75”. A proximity reader can only read the serial number of a credential. The serial number is encoded at time of manufacturing and is different for every card. A smart card reader not only reads the serial number, it can also read the secured sector in certain cases. The secured sector is encoded with customer specific information. A smart card reader is more secure because it uses a process called mutual authentication. Smart cards can also store other application data, such as: cashless vending, time and attendance, and biometric templates. Mutual authentication is a cryptographic technique in which the card and the reader authenticate one another without exchanging any of their secret keys. The default track is #2. The track selection can be configured when you initialize the lock with the handheld device. The triple track reader is field configurable to read any of the tracks and can be removed for cleaning (insert style) without taking the lock off the door. The AD-Series can read either track 1, 2, or 3. The handheld device is used configure this setting. For the AD-200 the PIN can be from three to six digits or as defined by your access control system. For the AD-250, AD-300, and AD-400 the PIN can be from three to eight digits or as defined by your access control system.
1) What finishes are available on the AD-Series?
The following finishes are available with the AD-Series:
- 626 Satin Chrome
- 606 Satin Brass
- 605 Bright Brass
- 612 Satin Bronze
- 619 Satin Nickel
- 625 Bright Chrome
- 643e Aged Bronze Equivalent
- 626AM Satin Chrome Antimicrobial
Back to Top2) What is the antimicrobial finish?The antimicrobial coating is specially formulated with silver ions that inhibit the growth of bacteria by interrupting cell multiplication. The result is that the silver ions surround bacterial cells - blockading food and slowing the growth of bacteria, mold, mildew, and odor. This finish is only available on 626 Satin Chrome. A "cool gray" module will be furnished to complement the following finishes: satin chrome, satin chrome antimicrobial, bright chrome, and satin nickel. A "warm brown" module will be furnished to complement the following finishes: bright brass, satin brass, satin bronze and aged bronze.
1) What locking functions are available on the AD-Series?
The following functions are available as options for the AD-Series:
- Classroom/Storeroom (70)
- Office (50) (Not available with mortise deadbolt or exit chassis)
- Privacy (40) (Not available with exit chassis)
- Apartment (60) (Not available with exit chassis)
Note: Locking functions are dependent upon your access control system capabilities. Back to Top2) What is Classroom/Storeroom Function (70)?The classroom and storeroom functions are combined in the AD-Series 70 function lock. The difference between a classroom lock and a storeroom lock is that a storeroom lock cannot be left in an unlocked position. A classroom lock can.
A lock in the Storeroom configuration unlocks when a credential is presented and then automatically locks after a set amount of time has passed. You can adjust the amount of time from a few seconds to a few minutes.
For the lock to operate as a Classroom function, simply use a toggle credential. For example, when a toggle credential is used on a locked door, the door unlocks and remains unlocked. The door can be relocked by presenting the toggle credential again. Toggle credentials are used with the classroom function instead of an inside button on the lock to ensure only authorized persons can put the door in an unlocked state. A lock in the Office configuration unlocks when a credential is presented and then automatically locks after a set amount of time has passed. You can adjust the amount of time from a few seconds to a few minutes.
To keep the door unlocked, push the button on the inside. The button itself will momentarily illuminate green. To return the lock to the locked state, push the button again or present a credential on the outside. The button will momentarily illuminate red.
Note: The Mortise Deadbolt chassis is not available in the Office function. Locking function capabilities are determined by your access control system. To initiate the Privacy function, push the button on the inside of the door. The button will momentarily illuminate red. This prevents normal credentials from opening the door from the outside.
The lock will go back to its normal state when the button is pushed again or when the door position switch indicates that the door has opened.
When using a Mortise Deadbolt chassis, throwing the deadbolt from the inside lights a red LED on the inside trim. This prevents normal credentials from opening the door from the outside. The lock can always be opened using a management level credential in case of emergency.
Note: Locking function capabilities are determined by your access control system. While the apartment function lock is normally locked, it never relocks automatically which prevents users from being locked out.
To unlock the door: From the outside, present a credential. From the inside, push the inside button. If using the MD chassis, withdraw the deadbolt. The button will momentarily illuminate green. From the inside you can always exit. When you turn the lever and open the door, the lock uses the request-to-exit switch in conjunction with the door position switch to cause the door to return to its unlocked condition.
To lock the door: From the outside, present a credential. From the inside, push the inside button or if using the MD chassis, throw the deadbolt. The button will momentarily illuminate red.
Note: Locking function capabilities are determined by your access control system.
Note: Locking function capabilities of networked locks are determined by your access control system.  Back to Top7) For offline AD-200 & AD-250 locks, what functions require a door position switch to be installed?The door position switch is required for the privacy and apartment function. Door position switches will be provided with all AD-Series locks. While they are not required for classroom/storeroom or office functions, they are recommended for those sites that may upgrade to a networked system in the future and want to monitor the door.
1) What is the HHD (Handheld Device) and the SUS (Schlage Utility Software)?
The Handheld Device (HHD), which uses Schlage Utility Software (SUS), is the link between your access control management software and Schlage electronic offline and networked locks and accessories. This solution consolidates and simplifies initializing, programming, and managing your Access Control System. Additional information can be found on the SUS and HHD Datasheet. Back to Top2) Why do I need an Handheld Device (HHD)? You need a HHD to initialize the lock/device, configure it, diagnose it and re-flash firmware. The HHD is not required to manually program an AD-200 if the user does not wish to retrieve audits.
All of the following can be configured by the Handheld Device (HHD):
- Credential reader formats
- Lock function
- Unlock period
- Failure mode
- Audible alarm
- Communication settings *
- Validate status signals *
*Networked locks Back to Top4) What program does the Handheld Device (HHD) use?The HHD comes pre-programmed with Schlage Utility Software (SUS).
Depending on the application and products being used the HHD may require one or more of the following accessories to properly connect:
- HH-USB Cable: USB Cable used to connect the HHD to AD-Series locks, PIM400s, PIB300s, Wireless Accessories, and computers
- HH-Serial: Serial Cable used to connect HHD to CIP
- HH-Serial: Serial Cable used to connect HHD to CIP
- PIMWA-CV: Converter used to connect HH-Serial to WA-Series PIM
- P512112: CIP, utilized with HH-Serial to connect to CM, CL, and KC-2 locks
Back to Top6) How do you connect the Handheld Device (HHD) to the AD-Series?Use the HH-USB cable to connect the HHD to the lock or computer. Connect the HHD to the USB port on the PIM by using the HHD-USB cable. For offline locks, connect the HHD to the HH-Serial cable. Then, connect the HH-Serial cable to the CIP, which plugs into the CM and CL. The HHD does not connect to networked legacy locks, instead it connects to the PIM in manner similar to the IRPDA device used in the past. The HHD has the ability to communicate to AD-Series network locks with HH-USB cable. The HHD also has the ability to communicat to the AD-Series PIM400 and PIB300 using the same HH-USB cable.
1.) Commercial grade Handheld Device (HHD), designed to accommodate accidental drops from up to 4 ft. 2.) Operating system and hardware has a longer, more stable lifecycle than consumer electronic devices. 3.) Can be used with the AD-Series and is backwards compatible with legacy Schlage electronic devices. 4.) Incremental features include field configuration of lock function, upgrade of lock and accessory firmware, and service and diagnostic data. For a complete listing of features see the SUS and HHD datasheet. Back to Top
1) What lever styles are available with the AD-Series?
The following lever styles are available on the AD-Series:
- Rhodes
- Sparta
- Athens
- Tubular
Back to Top2) Does the AD-Series feature a mechanical key override?Yes, all AD-Series locks feature a key-in-lever override. Key-in-lever is a lock where the outside trim has the key cylinder incorporated into the lever itself. Yes, all AD-Series chassis types (cylindrical, mortise, mortise deadbolt as well as exit trim feature the key-in-lever override.
The AD-Series can be ordered to accommodate 6-pin cylinders of the types listed below:
- Schlage Key-In Lever
- SFIC (Schlage,BEST, Sargent, Corbin Russwin, Yale, and others)
- Schlage FSIC
- Sargent FSIC
- Corbin Russwin FSIC
- Medeco version of Yale FSIC, and Yale FSIC
The only 7-pin cylinder that the AD -Series is able to accommodate is the 7-pin BEST SFIC cylinders Back to Top6) What is SFIC and FSIC?
SFIC (Small Format Interchangeable Core) and FSIC (Full Size Interchangeable Core) are cylinder cores that can be removed from one lock and placed into another lock without disassembling the lockset.  Back to Top7) What is the default keying type?The default keying type is Schlage Everest 123. The ordering nomenclature for that is C123.
The following keying types are available in addition to the Schlage Everest 123.
- Everest D*
- Everest B (SFIC)*
- Classic (C/E/F)
- Everest B & D are restricted keyways.
Note: A Letter of Authorization must be submitted when placing your order. For additional assistance on restricted keyways please consult your local SSC representative. Back to Top9) Is master keying available?Back to Top10) Can the AD-Series be ordered with a restricted (Everest B or D) master key system?Back to Top11) Are AD-Series levers available with tactile warning (knurling) option?Yes, this option can be specified upon order placement.
1) The AD Pricebook and AD-993 Data sheet has a note that says the concealed vertical rod product is for metal doors only. Why is that?
The VD 98/99 CVR on a wood has the vertical rod off center of the lock, closer to the door edge to simplify door OEM prep (routing edge) for rod by door mfg. Unfortunately this offset rod location prevents the installation of AD-series prep. (Thru bolts for lock are perpendicular to vertical rod for device). Please note that the VD 98/99 CVR device utilized on hollow metal doors is different, in that the concealed vertical rod is center-lined with the exit trim, and therefore is compatible with the AD-Series.
The following chassis options are available for the AD-Series:
- Cylindrical
- Mortise with 1” Deadbolt
- Mortise
- Exit Trims
Note: Additional information on exit device compatibility can be found under Compatibility. Back to Top3) What configurations are exit device chassis available in?
Exit device chassis are available in the following three configurations:
- 993R for Rim and Concealed Vertical Rod Exit Devices
- 993S for Surface Vertical Rod Exit Devices
- 993M for Mortise Lock Exit Devices
Note: Click here to see details about exit device compatibility. Back to Top4) What is the door thickness range that can be accommodated by the AD-Series?The minimum door thickness is 1-3/8" and the maximum door thickness is 2-3/4". The standard door thickness is 1-3/4". The AD-Series is field reversible, however it is recommended that you order it handed. No, the deadbolt can only be thrown from the interior side of the door to provide additional security to individuals on the inside. Yes, the deadbolt is interconnected with the mortise latch. When unlocked, rotation of the exterior lever withdraws both the mortise latch and deadbolt simultaneously. This also occurs when rotating the interior lever for egress.
No. The Mortise 1" deadbolt cannot be thrown/extended from the exterior. Back to Top
1) What power options are available on the AD-Series?
The AD-Series can be hardwired or powered by batteries. Hardwired (12 VDC or 24 VDC) power is standard on the AD-300. The 4AA battery kit is standard for the AD-200, AD-250, and AD-400. An 8AA battery kit is also available for extended battery life. Back to Top2) Do the AD-Series 200/250/400 have the option to be hard-powered?
Yes, the AD-200, AD-250, and AD-400 can be hard-powered (12 VDC or 24 VDC). Back to Top3) How should the AD-300 be powered?
The AD-300 is a hardwired lock and should not be powered by batteries. It should be hard-powered (12 VDC or 24VDC). Back to Top4) What is the default battery option?
The default battery option is the 4AA battery kit. An 8AA battery kit is also available for extended battery life. Back to Top5) What type of batteries does the AD-Series require? The AD-Series uses standard, off the shelf 1.5 volt AA alkaline batteries. Batteries must be alkaline not lithium. The expected battery life for an AD-Series device with 4AA batteries is 2 years with an average annual usage of 36,500 cycles for a proximity plus keypad reader with wireless communication module. Battery life varies depending on conditions and configuration of the lock. The battery status can be viewed via the HHD when connected to the lock. The battery status can also be communicated remotely from an AD-400 if the incremental RSI commands are integrated to the access control software. Lastly, the lock will go into nuisance mode for 500 cycles to warn the user that batteries are low. When a lock is in nuisance mode, the Schlage button will flash red for 4 seconds when a credential is presented. This occurs for 500 cycles to warn users that batteries are low. After 500 cycles the lock will go into critical battery mode. In critical battery mode the lock stops accepting credentials and flashes red. The lock can only be opened using a mechanical key. The AD-300 utilizes a lower power motor in place of a solenoid, among other items that make it more power efficient.
Yes an 8AA battery holder kit is available. Back to Top  AD-Series | Features and Functions | Class/Communication1)What class/communication options are available on the AD-Series?
The following class/communication options are available on the AD-Series:
- Offline: User Rights on the lock (AD-200)
- Offline: User Rights on the user's Magnetic Stripe credentials (AD-250)
- Networked: Hardwired (AD-300)
- Networked: 900 MHz Wireless (AD-400)
2)What is the major difference between offline and networked (online) communication?Networked locks are centrally controlled, allowing for real-time management of user rights and access contol functions, such as centralized lockdown and unlock and scheduling changes. Offline locks are not centrally controlled. Offline locks are a simple, economical solution for areas that do not require real-time monitoring. AD-Series offline locks can be upgraded to become networked locks in a matter of minutes without taking the lock off the door, due to their innovative modular design. Upgrading the communication module is as simple as removing part of the inside cover and installing a new networking board and reprogramming the lock firmware. Once you have upgraded the communication module and reprogrammed the lock you will need to connect the lock to the access control system.
170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland
REGISTERED IN IRELAND WITH LIMITED LIABILITY REGISTERED NUMBER 469272
© Ingersoll-Rand plc, 2009
Ingersoll Rand is an equal opportunity and affirmative action employer. AD-Series | Features and Functions | Credential Readers1)What credential reader options are available on the AD-Series?
The following credential reader options are available for the AD-Series:
- Keypad Only (KP)
- Magnetic Stripe* (MG): Configurable to read complete track 1, 2, or 3
- Magnetic Stripe + Keypad * (MGK): Configurable to read complete track 1, 2, or 3
- Proximity (PR): 125 kHz
- Proximity + Keypad (PRK): 125kHz
- Smart Card (SM): 13.56 MHz
- Smart Card + Keypad (SMK): 13.56 MHz
- Multi-Technology (MT): 125 kHz Proximity & 13.56 MHz Smart Card
- Multi-Tech + Keypad (MTK): 125kHz Proximity & 13.56 MHz Smart Card
*The AD-250 is only available with Magnetic Stripe readers. 2)What is the AD-Series proximity reader?The AD-Series proximity reader is a device used to validate electronic credentials known as proximity cards or fobs. Proximity card/fob is a generic name for the contactless integrated circuit devices used for access control systems. The industry generally refers to cards that operate at 125 kHz as proximity cards/fobs. These cards contain an ID which is a static number. When presented within the field of the reader, the card/fob transmits this ID at the 125 kHz frequency. The AD-Series Smart Card Reader is a device used to validate contactless electronic credentials known as smart cards. A smart card is a more intelligent form of a proximity card/fob. Proximity readers only read from a proximity card/fob and do not write to it, while smart card technology allows the reader to read/write to the card. Smart card technology uses a key structure between the reader and card, and requires a “handshake” to establish authenticity before transmitting data In either direction. Smart cards also are encrypted, have a larger memory, and can be used for many applications such as vending, logical security, payments, etc.. Smart cards operate at 13.56 MHz. The AD-Series multi technology reader is a device that is used to validate both electronic proximity and smart card credentials. This makes it easy for facilities to migrate from one credential technology to another over time. It is available on AD-200*, AD-300, and AD-400 locks and devices.
Note:* SMS Express software users must upgrade their system.
AD-Series electronic locks are compatible with many different credential brands and technologies. Additional information about credential compatibility can be found in the AD-Series Selection Guide. 6)What is a contactless card reader?A credential reader that does not require direct contact with the credential such as the AD-Series proximity, smart card and multi-technology readers. The AD-Series magnetic stripe reader is a device that is used to validate electronic magnetic stripe cards. A magnetic stripe card is capable of storing data by modifying the magnetism of tiny iron-based magnetic particles on a band of magnetic material on a card. The magnetic stripe card is read by the physical contact of swiping past a reading head. The AD-Series keypad reader utilizes a PIN (Personal Identification Number) to control access to openings. The AD-Series keypad reader features a 12 button design, an LED indicator, and LED backlight. Yes all AD-Series credential readers are available with a keypad for added security. AD-Series readers can be easily upgraded in a matter of minutes without taking the lock off the door. When your facility is ready to migrate to new credential technologies, simply remove a few screws and replace the current reader with the new reader module.
The frequency for AD-Series contactless readers is shown below:
- Multi-Technology Reader: 125 kHz proximity and 13.56 MHz smart card.
- Smart Card: 13.56 MHz
- Proximity Reader: 125 kHz
12)What is the standard read range for AD-Series contactless readers?The standard read range for AD-Series contactless readers is up to .75”. A proximity reader can only read the serial number of a credential. The serial number is encoded at time of manufacturing and is different for every card. A smart card reader not only reads the serial number, it can also read the secured sector in certain cases. The secured sector is encoded with customer specific information. A smart card reader is more secure because it uses a process called mutual authentication. Smart cards can also store other application data, such as: cashless vending, time and attendance, and biometric templates. Mutual authentication is a cryptographic technique in which the card and the reader authenticate one another without exchanging any of their secret keys. The default track is #2. The track selection can be configured when you initialize the lock with the handheld device. The triple track reader is field configurable to read any of the tracks and can be removed for cleaning (insert style) without taking the lock off the door. The AD-Series can read either track 1, 2, or 3. The handheld device is used configure this setting. For the AD-200 the PIN can be from three to six digits or as defined by your access control system. For the AD-250, AD-300, and AD-400 the PIN can be from three to eight digits or as defined by your access control system.
170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland
REGISTERED IN IRELAND WITH LIMITED LIABILITY REGISTERED NUMBER 469272
© Ingersoll-Rand plc, 2009
Ingersoll Rand is an equal opportunity and affirmative action employer. AD-Series | Features and Functions | Finishes1)What finishes are available on the AD-Series?
The following finishes are available with the AD-Series:
- 626 Satin Chrome
- 606 Satin Brass
- 605 Bright Brass
- 612 Satin Bronze
- 619 Satin Nickel
- 625 Bright Chrome
- 643e Aged Bronze Equivalent
- 626AM Satin Chrome Antimicrobial
2)What is the antimicrobial finish?The antimicrobial coating is specially formulated with silver ions that inhibit the growth of bacteria by interrupting cell multiplication. The result is that the silver ions surround bacterial cells - blockading food and slowing the growth of bacteria, mold, mildew, and odor. This finish is only available on 626 Satin Chrome. A "cool gray" module will be furnished to complement the following finishes: satin chrome, satin chrome antimicrobial, bright chrome, and satin nickel. A "warm brown" module will be furnished to complement the following finishes: bright brass, satin brass, satin bronze and aged bronze.
170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland
REGISTERED IN IRELAND WITH LIMITED LIABILITY REGISTERED NUMBER 469272
© Ingersoll-Rand plc, 2009
Ingersoll Rand is an equal opportunity and affirmative action employer. AD-Series | Features and Functions | Functions1)What locking functions are available on the AD-Series?
The following functions are available as options for the AD-Series:
- Classroom/Storeroom (70)
- Office (50) (Not available with mortise deadbolt or exit chassis)
- Privacy (40) (Not available with exit chassis)
- Apartment (60) (Not available with exit chassis)
Note: Locking functions are dependent upon your access control system capabilities. 2)What is Classroom/Storeroom Function (70)?The classroom and storeroom functions are combined in the AD-Series 70 function lock. The difference between a classroom lock and a storeroom lock is that a storeroom lock cannot be left in an unlocked position. A classroom lock can.
A lock in the Storeroom configuration unlocks when a credential is presented and then automatically locks after a set amount of time has passed. You can adjust the amount of time from a few seconds to a few minutes.
For the lock to operate as a Classroom function, simply use a toggle credential. For example, when a toggle credential is used on a locked door, the door unlocks and remains unlocked. The door can be relocked by presenting the toggle credential again. Toggle credentials are used with the classroom function instead of an inside button on the lock to ensure only authorized persons can put the door in an unlocked state. A lock in the Office configuration unlocks when a credential is presented and then automatically locks after a set amount of time has passed. You can adjust the amount of time from a few seconds to a few minutes.
To keep the door unlocked, push the button on the inside. The button itself will momentarily illuminate green. To return the lock to the locked state, push the button again or present a credential on the outside. The button will momentarily illuminate red.
Note: The Mortise Deadbolt chassis is not available in the Office function. Locking function capabilities are determined by your access control system. To initiate the Privacy function, push the button on the inside of the door. The button will momentarily illuminate red. This prevents normal credentials from opening the door from the outside.
The lock will go back to its normal state when the button is pushed again or when the door position switch indicates that the door has opened.
When using a Mortise Deadbolt chassis, throwing the deadbolt from the inside lights a red LED on the inside trim. This prevents normal credentials from opening the door from the outside. The lock can always be opened using a management level credential in case of emergency.
Note: Locking function capabilities are determined by your access control system. While the apartment function lock is normally locked, it never relocks automatically which prevents users from being locked out.
To unlock the door: From the outside, present a credential. From the inside, push the inside button. If using the MD chassis, withdraw the deadbolt. The button will momentarily illuminate green. From the inside you can always exit. When you turn the lever and open the door, the lock uses the request-to-exit switch in conjunction with the door position switch to cause the door to return to its unlocked condition.
To lock the door: From the outside, present a credential. From the inside, push the inside button or if using the MD chassis, throw the deadbolt. The button will momentarily illuminate red.
Note: Locking function capabilities are determined by your access control system.
Note: Locking function capabilities of networked locks are determined by your access control system. 7)For offline AD-200 & AD-250 locks, what functions require a door position switch to be installed?The door position switch is required for the privacy and apartment function. Door position switches will be provided with all AD-Series locks. While they are not required for classroom/storeroom or office functions, they are recommended for those sites that may upgrade to a networked system in the future and want to monitor the door.
170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland
REGISTERED IN IRELAND WITH LIMITED LIABILITY REGISTERED NUMBER 469272
© Ingersoll-Rand plc, 2009
Ingersoll Rand is an equal opportunity and affirmative action employer. AD-Series | Features and Functions | Handheld Device1)What is the HHD (Handheld Device) and the SUS (Schlage Utility Software)?
The Handheld Device (HHD), which uses Schlage Utility Software (SUS), is the link between your access control management software and Schlage electronic offline and networked locks and accessories. This solution consolidates and simplifies initializing, programming, and managing your Access Control System. Additional information can be found on the SUS and HHD Datasheet. 2)Why do I need an Handheld Device (HHD)? You need a HHD to initialize the lock/device, configure it, diagnose it and re-flash firmware. The HHD is not required to manually program an AD-200 if the user does not wish to retrieve audits.
All of the following can be configured by the Handheld Device (HHD):
- Credential reader formats
- Lock function
- Unlock period
- Failure mode
- Audible alarm
- Communication settings *
- Validate status signals *
*Networked locks 4)What program does the Handheld Device (HHD) use?The HHD comes pre-programmed with Schlage Utility Software (SUS).
Depending on the application and products being used the HHD may require one or more of the following accessories to properly connect:
- HH-USB Cable: USB Cable used to connect the HHD to AD-Series locks, PIM400s, PIB300s, Wireless Accessories, and computers
- HH-Serial: Serial Cable used to connect HHD to CIP
- HH-Serial: Serial Cable used to connect HHD to CIP
- PIMWA-CV: Converter used to connect HH-Serial to WA-Series PIM
- P512112: CIP, utilized with HH-Serial to connect to CM, CL, and KC-2 locks
6)How do you connect the Handheld Device (HHD) to the AD-Series?Use the HH-USB cable to connect the HHD to the lock or computer. Connect the HHD to the USB port on the PIM by using the HHD-USB cable. For offline locks, connect the HHD to the HH-Serial cable. Then, connect the HH-Serial cable to the CIP, which plugs into the CM and CL. The HHD does not connect to networked legacy locks, instead it connects to the PIM in manner similar to the IRPDA device used in the past. The HHD has the ability to communicate to AD-Series network locks with HH-USB cable. The HHD also has the ability to communicat to the AD-Series PIM400 and PIB300 using the same HH-USB cable.
1.) Commercial grade Handheld Device (HHD), designed to accommodate accidental drops from up to 4 ft. 2.) Operating system and hardware has a longer, more stable lifecycle than consumer electronic devices. 3.) Can be used with the AD-Series and is backwards compatible with legacy Schlage electronic devices. 4.) Incremental features include field configuration of lock function, upgrade of lock and accessory firmware, and service and diagnostic data. For a complete listing of features see the SUS and HHD datasheet. Ingersoll-Rand plc
170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland
REGISTERED IN IRELAND WITH LIMITED LIABILITY REGISTERED NUMBER 469272
© Ingersoll-Rand plc, 2009
Ingersoll Rand is an equal opportunity and affirmative action employer. AD-Series | Features and Functions | Lever & Cylinder1)What lever styles are available with the AD-Series?
The following lever styles are available on the AD-Series:
- Rhodes
- Sparta
- Athens
- Tubular
2)Does the AD-Series feature a mechanical key override?Yes, all AD-Series locks feature a key-in-lever override. Key-in-lever is a lock where the outside trim has the key cylinder incorporated into the lever itself. Yes, all AD-Series chassis types (cylindrical, mortise, mortise deadbolt as well as exit trim feature the key-in-lever override.
The AD-Series can be ordered to accommodate 6-pin cylinders of the types listed below:
- Schlage Key-In Lever
- SFIC (Schlage,BEST, Sargent, Corbin Russwin, Yale, and others)
- Schlage FSIC
- Sargent FSIC
- Corbin Russwin FSIC
- Medeco version of Yale FSIC, and Yale FSIC
The only 7-pin cylinder that the AD -Series is able to accommodate is the 7-pin BEST SFIC cylinders 6)What is SFIC and FSIC?
SFIC (Small Format Interchangeable Core) and FSIC (Full Size Interchangeable Core) are cylinder cores that can be removed from one lock and placed into another lock without disassembling the lockset. 7)What is the default keying type?The default keying type is Schlage Everest 123. The ordering nomenclature for that is C123.
The following keying types are available in addition to the Schlage Everest 123.
- Everest D*
- Everest B (SFIC)*
- Classic (C/E/F)
- Everest B & D are restricted keyways.
Note: A Letter of Authorization must be submitted when placing your order. For additional assistance on restricted keyways please consult your local SSC representative. 9)Is master keying available?10)Can the AD-Series be ordered with a restricted (Everest B or D) master key system?11)Are AD-Series levers available with tactile warning (knurling) option?Yes, this option can be specified upon order placement.
170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland
REGISTERED IN IRELAND WITH LIMITED LIABILITY REGISTERED NUMBER 469272
© Ingersoll-Rand plc, 2009
Ingersoll Rand is an equal opportunity and affirmative action employer. AD-Series | Features and Functions | Mechanical/ Chassis1)The AD Pricebook and AD-993 Data sheet has a note that says the concealed vertical rod product is for metal doors only. Why is that?
The VD 98/99 CVR on a wood has the vertical rod off center of the lock, closer to the door edge to simplify door OEM prep (routing edge) for rod by door mfg. Unfortunately this offset rod location prevents the installation of AD-series prep. (Thru bolts for lock are perpendicular to vertical rod for device). Please note that the VD 98/99 CVR device utilized on hollow metal doors is different, in that the concealed vertical rod is center-lined with the exit trim, and therefore is compatible with the AD-Series.
The following chassis options are available for the AD-Series:
- Cylindrical
- Mortise with 1” Deadbolt
- Mortise
- Exit Trims
Note: Additional information on exit device compatibility can be found under Compatibility. 3)What configurations are exit device chassis available in?
Exit device chassis are available in the following three configurations:
- 993R for Rim and Concealed Vertical Rod Exit Devices
- 993S for Surface Vertical Rod Exit Devices
- 993M for Mortise Lock Exit Devices
Note: Click here to see details about exit device compatibility. 4)What is the door thickness range that can be accommodated by the AD-Series?The minimum door thickness is 1-3/8" and the maximum door thickness is 2-3/4". The standard door thickness is 1-3/4". The AD-Series is field reversible, however it is recommended that you order it handed. No, the deadbolt can only be thrown from the interior side of the door to provide additional security to individuals on the inside. Yes, the deadbolt is interconnected with the mortise latch. When unlocked, rotation of the exterior lever withdraws both the mortise latch and deadbolt simultaneously. This also occurs when rotating the interior lever for egress.
No. The Mortise 1" deadbolt cannot be thrown/extended from the exterior. Ingersoll-Rand plc
170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland
REGISTERED IN IRELAND WITH LIMITED LIABILITY REGISTERED NUMBER 469272
© Ingersoll-Rand plc, 2009
Ingersoll Rand is an equal opportunity and affirmative action employer. AD-Series | Features and Functions | Power1)What power options are available on the AD-Series?
The AD-Series can be hardwired or powered by batteries. Hardwired (12 VDC or 24 VDC) power is standard on the AD-300. The 4AA battery kit is standard for the AD-200, AD-250, and AD-400. An 8AA battery kit is also available for extended battery life. 2)Do the AD-Series 200/250/400 have the option to be hard-powered?
Yes, the AD-200, AD-250, and AD-400 can be hard-powered (12 VDC or 24 VDC). 3)How should the AD-300 be powered?
The AD-300 is a hardwired lock and should not be powered by batteries. It should be hard-powered (12 VDC or 24VDC). 4)What is the default battery option?
The default battery option is the 4AA battery kit. An 8AA battery kit is also available for extended battery life. 5)What type of batteries does the AD-Series require? The AD-Series uses standard, off the shelf 1.5 volt AA alkaline batteries. Batteries must be alkaline not lithium. The expected battery life for an AD-Series device with 4AA batteries is 2 years with an average annual usage of 36,500 cycles for a proximity plus keypad reader with wireless communication module. Battery life varies depending on conditions and configuration of the lock. The battery status can be viewed via the HHD when connected to the lock. The battery status can also be communicated remotely from an AD-400 if the incremental RSI commands are integrated to the access control software. Lastly, the lock will go into nuisance mode for 500 cycles to warn the user that batteries are low. When a lock is in nuisance mode, the Schlage button will flash red for 4 seconds when a credential is presented. This occurs for 500 cycles to warn users that batteries are low. After 500 cycles the lock will go into critical battery mode. In critical battery mode the lock stops accepting credentials and flashes red. The lock can only be opened using a mechanical key. The AD-300 utilizes a lower power motor in place of a solenoid, among other items that make it more power efficient.
Yes an 8AA battery holder kit is available. Ingersoll-Rand plc
170/175 Lakeview Drive, Airside Business Park, Swords, Co. Dublin, Ireland
REGISTERED IN IRELAND WITH LIMITED LIABILITY REGISTERED NUMBER 469272
© Ingersoll-Rand plc, 2009
Ingersoll Rand is an equal opportunity and affirmative action employer. |
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