Compare standalone keypad doors, card readers, HID Signo, OSDP, biometric readers, electric strikes, monitored maglocks, multi-door controllers, speed gates, vehicle access and elevator-control concepts using products already in the Safsale catalog.
Economy single-door package for a back office, stockroom or small tenant suite without a multi-door server.
IP-connected single-door package using an Axis controller, RFID reader, electric strike, supervised door contact and REX.
Single-door network design with HID Signo keypad reader for card-plus-PIN operation and a commercial electric strike.
Mobile-ready single-door reference design using a HID multi-technology reader, network controller and monitored door hardware.
Biometric access package with Suprema fingerprint/card reader, controller, strike, exit request and door monitoring.
Standalone waterproof biometric door package for a single controlled opening without a central multi-door panel.
Single-door maglock reference package with card reader, door position monitoring and request-to-exit sensing.
OSDP-oriented single-door architecture for supervised bidirectional reader communications and modern credential migration.
Single-door access package centered on a fire-rated electric strike and supervised access-control components.
Access-control reference design for storefront-style narrow-stile aluminum doors using an Adams Rite electric strike.
Simple coded-entry door for low-complexity internal access points where cards or mobile credentials are not required.
Long-range UHF credential design for a gate, loading entrance or vehicle access point where close card presentation is undesirable.
Two-door reference package with network controller, credential readers, supervised door status, exit request and centralized lock power.
Two-door reference package with network controller, credential readers, supervised door status, exit request and centralized lock power.
Two-door reference package with network controller, credential readers, supervised door status, exit request and centralized lock power.
Two-door reference package with network controller, credential readers, supervised door status, exit request and centralized lock power.
Two-door reference package with network controller, credential readers, supervised door status, exit request and centralized lock power.
Two-door reference package with network controller, credential readers, supervised door status, exit request and centralized lock power.
Two-door reference package with network controller, credential readers, supervised door status, exit request and centralized lock power.
Two-door reference package with network controller, credential readers, supervised door status, exit request and centralized lock power.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Four-door access-control reference design with shared controller, credential readers, lock power, REX and door monitoring.
Eight-door package for a larger office or small facility with distributed readers, supervised door states and centralized access power.
Eight-door package for a larger office or small facility with distributed readers, supervised door states and centralized access power.
Eight-door package for a larger office or small facility with distributed readers, supervised door states and centralized access power.
Eight-door package for a larger office or small facility with distributed readers, supervised door states and centralized access power.
Eight-door package for a larger office or small facility with distributed readers, supervised door states and centralized access power.
Eight-door package for a larger office or small facility with distributed readers, supervised door states and centralized access power.
Eight-door package for a larger office or small facility with distributed readers, supervised door states and centralized access power.
Sixteen-door facility package with centralized access power, multiple controller nodes and standardized reader/door hardware.
Sixteen-door facility package with centralized access power, multiple controller nodes and standardized reader/door hardware.
Sixteen-door facility package with centralized access power, multiple controller nodes and standardized reader/door hardware.
Sixteen-door facility package with centralized access power, multiple controller nodes and standardized reader/door hardware.
Sixteen-door facility package with centralized access power, multiple controller nodes and standardized reader/door hardware.
Sixteen-door facility package with centralized access power, multiple controller nodes and standardized reader/door hardware.
Large-scale multi-controller access-control reference architecture with standardized readers, monitored doors, centralized power zones and segmented field cabling.
Large-scale multi-controller access-control reference architecture with standardized readers, monitored doors, centralized power zones and segmented field cabling.
Large-scale multi-controller access-control reference architecture with standardized readers, monitored doors, centralized power zones and segmented field cabling.
Large-scale multi-controller access-control reference architecture with standardized readers, monitored doors, centralized power zones and segmented field cabling.
Large-scale multi-controller access-control reference architecture with standardized readers, monitored doors, centralized power zones and segmented field cabling.
Premium pedestrian-entry reference package using a wide speed-gate lane with credential reader and access-control handoff.
Two-lane speed-gate reference design for a higher-volume office lobby with entry/exit credentialing.
Vehicle-entry design using a long-range UHF reader and two-gate wireless access controller for hands-off credential presentation.
Elevator-access reference architecture with dedicated elevator controller and credential reader for floor-access restriction.
Use calculation tools to turn device loads and traffic assumptions into a first-pass access-control design.
Size continuous and intermittent lock/controller/reader loads with design headroom.
Open toolCalculate required amp-hours from standby and alarm/unlock current and desired backup time.
Open toolEstimate voltage at the lock or reader from AWG, current, one-way cable length and source voltage.
Open toolEstimate controller count, reader channels, lock outputs and power zones from door count.
Open toolEstimate people per minute and lane count from cycle time, utilization and peak demand.
Open toolSize switch PoE budget for readers, controllers, cameras and high-power edge devices.
Open toolEstimate reader, lock, REX/contact and network cable quantities from door count and average run lengths.
Open toolThe library covers simple one-door keypad and proximity systems through multi-door enterprise deployments, OSDP reader architectures, biometric access, electric-strike and monitored-maglock doors, long-range vehicle credentials, speed-gate lobbies and elevator access concepts. The equipment pages are tied to live Safsale catalog products rather than generic placeholders.
Final access-control design still depends on the actual opening, lock function, door hardware, egress, fire alarm interface, accessibility, voltage drop, battery standby target and the requirements of the local authority having jurisdiction. These pages are reference designs and purchasing baselines, not permit drawings.
