Lifesafety Power FPG200-B100C82D8PE6M/P8-A 200W Universal Input Power Supply
The Lifesafety Power FPG200-B100C82D8PE6M/P8-A is a compact 200W power supply engineered for access control and life-safety integration. Accepts universal AC input (90–264V, 47–63Hz), eliminating site electrical variability headaches. Delivers both high-current 24V DC for electromechanical locks and low-power auxiliary outputs for control bus devices — in a single 6.5" depth enclosure suitable for wall-mount or 19" relay rack environments. Built-in relay control and configurable failsafe/failsecure logic reduce external hardwiring complexity on mixed-credential deployments.
Key Features
- 200W Capacity at 24V DC: Supports up to 8.3A sustained draw. Sufficient for 4–6 electronic locks plus auxiliary control circuits without supplementary PSU daisy-chaining.
- 8 Relay Lock Control Outputs, 3A Fused Per Channel: Each output individually fused at 3A. Selectable per-output failsafe, failsecure, or FAI (Fail As Is) logic — no jumper swaps required between deployments.
- 8 Class 2 Auxiliary DC Outputs, 2.5A Per Channel: Low-voltage control circuits for readers, keypads, door sensors. Individually assignable to Bus1 or Bus2 for redundant or independent control pathways.
- Universal AC Input (90–264V, 47–63Hz): Single SKU works across North American and international AC standards. Eliminates transformer procurement and field rewiring on multi-site roll-outs.
- Compact E6 Form Factor (30H × 23W × 6.5D inches): Mounts flush in surface-mount boxes or 19" relay racks. Thermal design keeps junction temperature stable in standard mechanical rooms without active cooling.
- Integrated Backup Battery Connector: 8V DC auxiliary output for optional battery module — supports 10–30 minute hold-up time on critical exits without external UPS complexity.
- Dual-Bus Architecture: Bus1 and Bus2 auxiliary outputs allow independent or redundant control loop isolation. Useful for splitting door groups or failover topologies in larger access control systems.
- Status Indication & Relay Monitoring: Front-panel LEDs for AC power, DC output, and per-relay activation state. Simplifies commissioning diagnostics on site.
Access control installations demand power distribution that merges high-current lock feeds (24V @ 3A per lock) with low-voltage control signaling (readers, sensors, intercoms at <2.5A each). This PSU consolidates both into a single field-installable module. The per-output failsafe/failsecure selector eliminates the need for external relay modules or logic boards when deploying mixed egress strategies — for example, stairwell doors held secure during business hours, but failsafe-released on fire alarm. Integrators familiar with Lenel, Salto, or Apollo platforms appreciate the straightforward DC bus topology; no proprietary Ethernet gateway required for basic failover.
Universal input (90–264V AC) is the hidden advantage on renovation and retrofit projects. Many older buildings have 110V or 120V circuits with ±10% sag during peak HVAC load. This supply tolerates that variance without derating or thermal shutdown, reducing site survey complexity and eliminating transformer kit-and-carry overhead. The compact 6.5" depth is purposeful — fits between studs or behind suspended ceilings where ADA code permits, and slides into existing J-box or relay-rack U-space allocations without rework.
Failsafe/failsecure logic is selectable per relay output, not a global setting. On a typical site (secure loading dock + failsafe-to-open emergency exits), you configure outputs 1–4 for secure, outputs 5–8 for failsafe, then move on. No cross-wiring, no external diodes or relay matrixing. The 3A per-relay fused architecture also isolates a short-circuit or solenoid coil failure to a single door, preventing nuisance whole-system trips. On 8-door entry clusters, that modularity is operationally critical.
Class 2 auxiliary power and dual-bus assignment support both standalone access readers and fully redundant control loops. If you're deploying Axis IP intercoms, door sensors, and card readers on a single access control node, Bus1 feeds the critical readers while Bus2 handles non-critical intercom background audio. A bus short doesn't cascade. The 8V DC backup tap provides native support for lithium or lead-acid battery modules designed for the Lifesafety ecosystem — no third-party DC-DC converter needed, and battery runtime calculations are published for standard module sizes.
Marty AllisonPerspective based on aggregated and affiliated engineering team experience.
We've deployed hundreds of Lifesafety Power FPG200 series supplies across office parks, healthcare facilities, and mixed-use retail environments. The real operational win is the per-relay failsafe/failsecure selector — it eliminates the back-and-forth with AHJ authorities and system integrators on egress logic. Install day, you set the hardware once; commissioning doesn't require external relay sequencers or logic modules. We've also found the universal AC input invaluable on older buildings where incoming utility voltage swings 90–130V depending on time of day and HVAC load. A narrower-input PSU (say, 110–240V only) would require site survey, transformer specs, and contingency stock across regional warehouses. This supply simply works. The flip side: the enclosure is not DIN-rail; it's J-box mount or 19" rack only. If your customer expects a 2-module stacked configuration, you'll need two separate boxes and dual AC feeds. Also, the 8V DC backup output is modest — 200mA nominal. Pair it with published Lifesafety battery modules; don't improvise a third-party lithium pack without verifying the charging current and thermal specs.
Technical Highlights:
- 200W @ 24V (8.3A sustained): On a typical site, that's 4–6 electromechanical locks (each ~300–500mA inrush, 100–200mA hold) plus auxiliary readers and sensors. More than adequate for a single entry cluster; larger campuses will tier multiple supplies by entry zone.
- Per-Output Failsafe/Failsecure Selector: No external relay logic required. Choose FAI (Fail As Is), failsafe, or failsecure per relay at commissioning — zero field rework if AHJ requirements shift post-opening.
- 3A Per-Relay Fusing: Coil failure or solenoid short on one lock doesn't kill the entire output bus. Integrators appreciate the fault isolation and reduced mean-time-to-repair on multi-door sites.
- Dual Auxiliary Bus (Bus1 / Bus2): Assign each of 8 Class 2 outputs independently. Separate critical readers from non-critical intercoms, implement failover topologies, or isolate noisy door sensors from sensitive card readers on the same PSU.
- 8V DC Backup Tap (200mA): Direct integration with Lifesafety battery modules — no external DC-DC converter or charge circuit design needed. Pre-engineered runtime tables for standard 24Ah and 40Ah lithium modules simplify site calculations.
Deployment Considerations:
- Form Factor Constraint: E6 surface-mount or 19" rack only — no DIN rail or compact bus-bar integration. Measure the mechanical room or electrical closet before ordering; J-box cutout must clear the 23" width. On tight retrofit jobs, relocating an existing panel or adding a wall-mounted enclosure may add labor cost.
- Dual-Supply Topology for Large Sites: 8 lock outputs may sound generous, but on a 20-door office park or hospital wing, you'll run two or three supplies, each feeding a separate entry zone. Each requires its own AC feed and dedicated circuit breaker. Budget accordingly on the electrical design.
- Battery Sizing and Runtime: The 8V backup tap supports Lifesafety-branded modules only. If the customer wants extended failover (>30 minutes), confirm the battery module SKU and charge profile with the access control contractor. Improper module selection or inadequate AC-to-battery switchover logic can cause nuisance resets on multi-door release cycles.
- Bus1 / Bus2 Assignment in Commissioning: Dual-bus architecture is powerful but requires careful planning. Document which readers, sensors, and intercoms are on which bus before field install — a poorly assigned intercom on the wrong bus can cause unexpected behavior if a door sensor failure cascades to audio loss.
- Legacy Access Control Platforms: Lifesafety supplies are widely compatible with Lenel OnGuard, Salto KNX, Apollo, and Genetec via standard relay wiring. Verify ONVIF or Ethernet gateway support if integrating with cloud-based access control platforms — some modern suites expect IP-native power distribution reporting, not just DC relay outputs.
The FPG200-B100C82D8PE6M/P8-A is the choice for integrators building mid-scale access control systems (4–20 doors per site) where failsafe/failsecure flexibility is non-negotiable and extended outage runtime is managed via battery modules, not active UPS. If the customer demands PoE-native reader power or Ethernet management of power distribution, consider a gateway-based approach instead. For traditional hardwired access control — door readers, strikes, exit devices, and intercoms on DC relay logic — this supply delivers reliable, field-configurable power distribution. Explore the full Lifesafety Power catalog to compare supply ratings and battery modules for your deployment.
