ASSA ABLOY IN120 Wi-Fi, IN220 PoE and SN OSDP Locks

Three connected architectures solve different problems

IN120 uses facility Wi-Fi and local lock intelligence to extend access control without communication cabling to the door. IN220 uses IEEE 802.3af Power over Ethernet for both power and data, delivering continuous real-time communication. SN210 uses hardwired OSDP between the integrated lock and a compatible access-control panel, providing supervised reader communications and a strong fit for critical or regulated openings.

SARGENT and Corbin Russwin offer parallel IN/SN technologies on their own mechanical lock and exit-device platforms. Specify the manufacturer, chassis and series—such as SARGENT 10X cylindrical, 8200 mortise or PE80 exit hardware—not only “IN220.” The mechanical product determines function, grade, trim, cylinder, preparation and service parts.

IN120 intelligent Wi-Fi locks

Current SARGENT IN120 10X information identifies 1×1 Wi-Fi 4 with 2.4/5 GHz dual-band support, an 802.11a/b/g/n radio, HID OMNIKEY SE reader core, local decision intelligence, privacy button and Grade 1 hardware. Earlier public material references as many as 2,400 users and 10,000 events for selected configurations; verify current capacity for the exact model, firmware and PACS.

Wi-Fi locks are not continuously awake in a typical battery design. They make local credential decisions and connect at configured intervals or for supported events, balancing update speed and battery life. A hard-power option can change the operating model, but communications remain Wi-Fi. Define the maximum acceptable delay for revocation, lockdown, audit and alarms before selecting the interval.

SN210 supervised OSDP integrated locks

Current SARGENT SN210 10X uses HID Signo technology and OSDP, with continuously monitored end-to-end reader communication intended to reduce tampering and man-in-the-middle exposure. Public information identifies 12–24 VDC operation, Grade 1 hardware, field-selectable fail-safe or fail-secure functions and mobile/card/keypad choices by configuration.

OSDP is a protocol, not proof that Secure Channel is enabled or correctly owned. Verify the access-control panel supports the selected SN model, address, baud rate, supervision and Secure Channel policy. Document key establishment, replacement, controller reset and service procedures. Current SARGENT pages also distinguish SN210 OSDP from SN200 Wiegand; do not order by “SN Series” alone.

Credential and reader packages

SARGENT current product pages list BIPS and BIKPS reader packages with high- and low-frequency credentials, mobile BLE/NFC and keypad choices. Credential support can include HID Prox, iCLASS, iCLASS SE, Seos, MIFARE Classic, DESFire EV1/EV2, Apple Wallet and HID Mobile Access depending on the exact package and model.

Network, cybersecurity and update ownership

• Assign an owner for Wi-Fi, PoE switch, VLAN/firewall, certificates, DNS/NTP, PACS integration and device firmware.
• Keep an installed-version matrix by lock model/chassis, reader option, network module, controller, middleware and head-end software.
• Use official ASSA ABLOY and brand support channels; do not download firmware from search-result mirrors or host files on this website.
• Review release notes and security advisories, back up configuration, test representative hardware and document rollback or replacement before broad updates.
• Monitor communication, low battery, tamper, power, switch-port and certificate failures with a named response process.
• Segment access-control traffic appropriately without preventing required management, time, update or vendor-support functions.

Current lifecycle and migration

SARGENT marks the older 10 Line cylindrical IN120, IN220 and SN210 models discontinued and directs clients to 10X Line alternatives. Current 10X pages provide updated cylindrical hardware and reader options. Do not infer that every 8200 mortise, 7000 multipoint or PE80 exit-device product shares the same notice; verify each exact product page.

1. Inventory: capture model, chassis, series, option codes, firmware, reader, credential, software and door preparation.
2. Read the notice: preserve the manufacturer discontinuance or current product page and named alternative.
3. Confirm integration: verify the replacement in the installed PACS, controller, network and credential environment.
4. Pilot the opening: validate mechanical prep, function, reader behavior, events, commands, network and failure recovery.
5. Plan phases: group compatible doors, stock critical spares and define the date when unsupported models or credentials leave service.

Continue to Aperio wireless and specialty openings

Aperio locks, hubs and specialty products

Review IN100, AH20/AH30/AH40, ES100, cabinets/racks, radio design, battery workflow and security advisories.

ASSA ABLOY connected locks survey, commissioning and handoff

1. Survey the opening: record door, frame, handing, lock and exit-device function, fire label, free egress, accessibility, cylinder, contact, request-to-exit and available pathways.
2. Inventory technology: capture the exact model, hardware generation, reader option, credential technologies, firmware, hub or gateway, controller, software release, integration and license.
3. Engineer infrastructure: document network segment, addressing, PoE or listed power, standby runtime, voltage drop, radio coverage, time service, certificates and monitoring.
4. Commission every workflow: test valid, denied, expired and disabled credentials; schedules; privacy; passage; lockdown; remote commands; alarms; mobile access and mechanical override.
5. Exercise failures: disconnect the server, network, gateway or hub, lock power and utility power, then verify local decisions, free egress, event buffering, alarms and recovery.
6. Deliver lifecycle records: provide drawings, door schedule, configuration backup, version matrix, test results, training, spares, account ownership and links to official support.