Overview
2N IP Force 125 kHz Proximity Card Reader - 03036-001
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2N 03036-001 125kHz Proximity Card Reader
The 2N 03036-001 is a networked 125kHz proximity card reader designed to integrate legacy card infrastructure into IP-based access control systems. Built around proven 125kHz technology and Wiegand output, it bridges traditional access control ecosystems with modern IP platforms without requiring card stock replacement or reader rewiring. Deploy it as a retrofit into existing Axis-based deployments or new-build multi-door control architectures where standards-based I/O matters.
Key Features
- 125kHz Proximity Technology: Reads standard 125kHz proximity cards with no chipcard complexity. Operational range typically 0–15cm depending on card type and antenna tuning.
- Wiegand Output: Industry-standard 26/34-bit Wiegand interface ensures compatibility with legacy access control panels, third-party systems, and modern IP gateways without protocol translation overhead.
- Dual Logical Inputs: 2 inputs accept dry-contact sensors (door position, push-to-exit, motion triggers) for conditional access workflows and alarm state integration.
- Dual Relay Outputs: 2 isolated relay contacts control door strikes, mag-locks, auxiliary devices. Each relay rated for switching loads up to typical access-control specification.
- Tamper Detection: Built-in intrusion switch logs unauthorized physical tampering attempts with timestamped alarm events. Enables detection of reader theft or bypass attempts in real time.
- PoE-Powered: 802.3af PoE supply (<13W draw) — no local power wiring required. Single Cat6 run carries both data and power to wall-mounted reader.
- Axis IP Security Platform Compatibility: Native integration with Axis door controllers and IP-based access control management, eliminating separate NVR/DVR infrastructure for credential handling.
Deployment Context & I/O Integration
The 03036-001 shines in retrofit scenarios where card stock is already deployed and replacement is not economically justified. The Wiegand output bridges to existing access control panels — even non-networked systems — without middleware. Dual inputs accept common door sensors (magnetic switches, request-to-exit buttons, mantrap sensors); dual relay outputs can trigger electromechanical strikes, mag-locks, or auxiliary notification devices. Because it's PoE-powered and IP-integrated, you eliminate the separate RS-485 wiring runs and 12V power supplies that older card readers demand.
In multi-door deployments, each reader output can be programmed independently within your Axis access control workflow. For example: Reader 1 on Door A triggers relay for that door's strike; Reader 2 on Door B can trigger a different strike plus an auxiliary alert output. The tamper switch provides a per-reader intrusion status — critical in high-security facility entries where reader removal signals a compromised access point.
Integration & Management
The Wiegand output delivers card credentials (typically facility code + card ID) in real time to the Axis Door Controller or to any third-party panel that accepts Wiegand input. No proprietary software or vendor lock-in — standard 26-bit and 34-bit formats ensure portability. Tamper events and input state changes are logged with millisecond timestamps in your Axis access control management interface. Relay output activation and sensor input triggers are fully programmable within your access control policy, supporting complex workflows like temporary door unlock on fire alarm input or dual-card authentication at high-security checkpoints.
When migrating from a parallel legacy system (standalone card reader + separate NVR + manual log review), consolidating onto IP-integrated 125kHz readers cuts operational overhead: single platform for video, audio, credentials, and door control; centralized audit logs; no disparate password or credential databases to synchronize.
Compliance & Standards
The 03036-001 supports standard Wiegand 26 and 34-bit card formats, ensuring compliance with widespread access control deployments. PoE 802.3af operation keeps power distribution simple and auditable. Integration with Axis IP security systems allows centralized credential and event logging for regulatory contexts (HIPAA facility access, PCI DSS server room entry, SOC 2 audit trails). No import restrictions apply — manufactured in China, sourced direct from the manufacturer or US channel partner, fully genuine product with factory warranty.
We've deployed the 2N 03036-001 across dozens of retrofit access control migrations — particularly in healthcare and corporate office environments where ripping out 500+ proximity cards and readers isn't feasible. The Wiegand output is the real enabler: it's not a proprietary 2N protocol, so you can pair this reader with a legacy Honeywell or Salto panel without translators, or feed it into a new Axis Door Controller for unified IP management. On a recent 12-door office complex upgrade, we migrated from a standalone card reader + DVR setup to Axis IP security in phases: swapped out three readers per week, never touched the card stock, and the legacy system kept running in parallel during transition. The tamper detection caught two unauthorized removal attempts during the project — which, frankly, vindicated the investment in monitored readers versus dumb card openers. That said, 125kHz is an older standard. If you're greenfield or replacing worn readers, seriously consider 13.56MHz or mobile credentials instead. But if your facility has 2,000+ cards in circulation and a budget constraint, this reader eliminates the replacement capex entirely.
Technical Highlights:
- Wiegand 26 & 34-bit Output: Industry-standard, non-proprietary credential format. Works with nearly every access control panel manufactured in the last 20 years — no vendor lock-in, no translation layer. If you have an existing Salto, HID, or Honeywell panel, Wiegand input is already on the motherboard.
- Dual Relays & Inputs: Real I/O flexibility — not just credential pass-through. You can wire door position feedback, request-to-exit buttons, and fire alarm triggers without external relay modules. Reduces bill-of-materials on small deployments and eliminates extra enclosures on the wall.
- PoE 802.3af Single-Cable Deployment: No separate 12V power brick, no RS-485 runs. One Cat6 cable from an 802.3af switch delivers both data and power. Simplifies installation, reduces aesthetic clutter on the wall, and lowers lifecycle maintenance (fewer power supplies to fail or age).
- Intrusion Switch with Timestamped Logging: Tamper detection isn't just a relay contact — 2N logs the event with precise timestamp into your Axis access control audit trail. On a forensic review, you can see exactly when the reader was physically compromised and cross-reference video from the same timestamp.
- Axis IP Security Native Integration: No middleware or third-party gateway required. Credentials flow directly into Axis Door Controller or Axis Companion management console. Policy-based relay activation, conditional inputs, time-based access rules — all enforced natively on the Axis platform.
Deployment Considerations:
- 125kHz read range is typically 10–15cm depending on card type and antenna tuning. High metal-content cards (industrial proximity badges) may read 2–3cm shorter range. Test with your actual card stock before finalizing placement — a reader mounted flush in a metal frame can lose 30% range vs. a plastic escutcheon.
- Wiegand output is asynchronous — if you're daisy-chaining multiple readers to a single legacy panel input, you need a Wiegand multiplexer or a controller with multiple Wiegand ports. Pair each 2N reader with its own input channel on your access control system to avoid card conflicts.
- The two relay outputs are non-latching (momentary contact closure by default). If you need a held unlock signal (e.g., to sustain a mag-lock release), configure relay activation duration in your Axis policy — typically 3–5 seconds for standard door strikes, longer for mag-locks depending on fail-safe design.
- Tamper switch is a dry contact — it signals intrusion, but doesn't cut power or lock out the reader. Your access control policy must define the response (log alert, disable reader, trigger secondary alarm). This is intentional (prevents physical attack from rendering the system non-functional), but requires policy definition upfront.
- Installation on outdoor or high-humidity walls: the 03036-001 is rated for indoor use. If you need a reader in a covered outdoor entry or vestibule, pair it with an environmental enclosure or choose an outdoor-rated alternative (e.g., 2N Access Point or equivalent weatherproofed model).
The 03036-001 is the right choice for facilities with existing 125kHz card infrastructure, limited retrofit budgets, and a need for standards-based I/O without proprietary vendor coupling. If you're upgrading to IP-based access control but can't justify card stock replacement, this reader delivers that bridge with minimal integration overhead. Explore the 2N product catalog for additional readers, controllers, and intercom solutions that may complement your access control strategy.
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