Designers use this platform when intrusion, access, and site signaling must live on the same wiring rules and audit trail. Control gear runs on 12/24 V DC with supervised loops; IP67 field parts cover harsh doors and yards. Typical interfaces: RS-485/OSDP for readers, Wiegand on legacy, PoE/PoE+ for edge controllers, and dry contacts for HVAC/lighting handshakes. Logging holds 50–500k events with time sync via NTP. Compliance targets: EN 50131 (intrusion, Grades 2–3), EN 50136 (alarm transmission), EN 60839-11-1 (access control).
Zones land as supervised (EOL/DEOL) or addressable on RS-485 buses. Dual-tech PIRs reduce nuisance trips; magnetic contacts ship in flush/surface with anti-tamper. Glass/roller sensors use adjustable sensitivity; outdoor beams add anti-mask. Transmission paths: IP primary with LTE/4G failover, polling per Grade. For remote plants, heartbeat intervals and event bursts are tunable so monitoring centers don’t drown in noise.
Controllers handle 1–4 doors each, expandable via RS-485; fail-safe vs fail-secure locks selected per fire egress. Readers: 13.56 MHz smart cards, mobile BLE/NFC, and keypads for dual-factor. OSDP Secure Channel (AES-128) is preferred over Wiegand to stop skimming and replay. Door I/O boards supervise REX, door position, and lock power with per-door fusing; power budgets are published for PoE vs local PSU choices.
Home-run RS-485 trunks in daisy chain (no stars) with termination at the last device; specify LSZH, CPR Cca/B2ca on public routes. Use screened pairs for noisy halls; bond shields at a single point near the panel. Battery sizing: compute load in alarm + quiescent, then meet site policy (e.g., 12–72 h standby plus 30 min alarm). For audit-friendly installs, centralize schrack security panels in lockable risers and segregate life-safety from intrusion wiring.
REST/OCPP-like APIs and BACnet/Modbus bridges push door state, alarms, and counts to BMS; VMS links arm/disarm cameras on schedules and overlay events on video. SCADA/OT sites keep security VLANs isolated; syslog/NTP align with IT policy. Use TLS on controllers; rotate credentials with the same PAM cadence as servers.
Build per-door kits (controller, reader, lock, REX, contact, PSU/PoE injector, patch set) and per-panel kits (main board, comms, PSU, batteries, enclosure hardware). Include labeled tails, EOL packs, and printed torque cards. For outdoor zones, specify weather hoods and stainless fixings. Where sound/visual annunciation is required, add schrack sirens and sensors as a single line so stores don’t split SKUs.
Label every zone/door at both ends; enroll devices with barcodes to avoid typos. Run walk-tests and anti-mask checks; prove dual-path signaling with link pulls. Capture door timing (unlock, relock, held-open) and export the first month of logs to the CMMS to seed baselines.
You receive engineered kits matched to your drawings, project-specific pricing, and live EU stock before installation windows are booked. Quotes come back fast—around the one-hour mark in typical cases. Ordering by EAN/MPN prevents variant drift; your portal shows lead times, shipment status, and downloadable price lists. Trusted clients can operate on post-payment up to 30 days. We consolidate partials to cut freight and hold price-validity windows so phased rollouts stay predictable. Your account manager cross-checks grading, door hardware current, reader protocol, PSU/battery autonomy, and enclosure spacing—so cartons land site-ready, not “some assembly required.”