Networked/offline electronic locks and perimeter-opening devices for access-control platform integrations.
Products and selection guidance
Schlage AD-300/AD-400 and related legacy/current architectures must be checked against the host system and lifecycle. CTE single-door control with MTB readers supports perimeter/common openings in ENGAGE environments. Reader/lock credentials, gateway range, Wi-Fi/RS-485, firmware and PACS licensing require model-specific verification.
- AD networked and wireless lock lifecycle review
- CTE single-door controller and MTB reader choices
- Gateway, Wi-Fi, RS-485 and no-tour communication
- LenelS2, Avigilon, Honeywell and other supported PACS interfaces
- Door, lock, free-egress, accessibility and fire-alarm requirements
- Network, power, standby battery and outage behavior
- Current licenses, subscriptions, firmware and integrations
- Administrator training, backup, documentation and maintenance
Site-specific design
Boston High Tech inventories existing equipment and validates current manufacturer compatibility before specifying reuse, migration or replacement. Qualifications may be confirmed privately when needed; license numbers, certificate copies and named certificate-holder details are not published.
Request a manufacturer-specific consultation
Projects are supported from our Charlotte headquarters and local client offices serving Massachusetts, New York and New Jersey.
Official manufacturer references
How to compare and specify this product family
For Schlage AD Locks, CTE Controllers, Readers and Integrations, the right model and architecture depend on the site, existing infrastructure and operating policy. A proposal should clearly document the following electronic lock and door-hardware system decisions before equipment is ordered:
- Opening type, handing, frame and door condition
- Fire rating, egress, accessibility and code constraints
- Fail-safe or fail-secure operation and emergency release
- Credential, reader and controller compatibility
- Battery, wireless gateway and offline behavior
- Mechanical key override, maintenance and lifecycle support
Installation, testing and handoff
Each opening is surveyed as a complete assembly. We verify the door, frame, handing, existing prep, latching, closer, egress hardware, power path and the required emergency behavior before specifying a lock. Installation includes alignment and mechanical correction within scope, cable and power testing, credential enrollment, door-state and request-to-exit tests, and failure-mode verification. The owner receives opening schedules, administrator guidance and maintenance requirements; private credential data and certificate details are not published.
Frequently asked questions
Questions about AD lock lifecycle, CTE and MTB perimeter openings, and connecting Schlage hardware to the access platform you run.
Are the AD locks in our buildings still the right thing to buy?
That is settled by review, not assumption. AD networked and wireless lock lifecycle review is a listed step, and Schlage AD-300/AD-400 and related legacy or current architectures have to be checked against the host system as well as lifecycle. Boston High Tech inventories the installed hardware and validates current manufacturer compatibility before specifying reuse, migration or replacement.
Where does CTE fit compared with the locks?
CTE single-door control with MTB readers is described for perimeter and common openings in ENGAGE environments. The opening therefore gets a reader and a separate controller rather than an integrated lock, which suits an exterior or shared entry where the hardware on the leaf is already set. Reader and lock credentials still need verification for the exact model.
We run LenelS2 today. Will this hardware report into it?
LenelS2, Avigilon, Honeywell and other supported PACS interfaces are listed for this family, so the platform is a supported direction rather than a guess. The catch is specificity: reader and lock credentials, gateway range, Wi-Fi/RS-485, firmware and PACS licensing require model-specific verification, so the interface is confirmed for your exact panel version and license before it enters the scope.
What is no-tour communication worth to us?
It is worth whatever a delay in revoking a credential costs you. Gateway, Wi-Fi, RS-485 and no-tour communication is one decision, not four: it describes how credential updates reach the lock. Openings where a revoked badge must stop working quickly need a live path, while others can accept a scheduled update. Decide that opening by opening.
Does every wireless lock need a gateway close by?
Each wireless lock has to sit inside a gateway’s coverage, and gateway range is one of the items requiring model-specific verification, so it is not taken from a single published figure. Lock locations are mapped against candidate gateway positions during the survey, with the construction between them noted, before gateway and lock counts are fixed.
Half of these are fire-rated doors. Does that limit the hardware?
Yes, and the constraint is checked before selection rather than after. Fire rating, egress, accessibility and code constraints govern what may go on a rated assembly, together with opening type, handing, frame and door condition. Fail-safe or fail-secure operation and emergency release is decided per opening as well, since a rated door and its release behavior are reviewed together.
Official Schlage software, firmware and support
Official manufacturer resources. We link out rather than host firmware.
Before updating: confirm model, hardware revision, current version, entitlement and rollback plan, and schedule monitored or life-safety-adjacent systems with the administrator.