Viking E-1600-60-IPEWP VoIP Police Emergency Phone IP66 PoE

Viking Electronics E-1600-60-IPEWP VoIP ADA Emergency Police Phone with Enhanced Weather Protection

The Viking Electronics E-1600-60-IPEWP is a surface-mount SIP VoIP emergency phone built for outdoor and harsh-environment deployments where ADA compliance, extreme weather resistance, and IP-network integration are all non-negotiable. Finished in textured blue with stamped "POLICE" verbiage, it's engineered for parking structures, transit stations, campuses, and any facility requiring a dedicated ADA-compliant emergency call point on a managed IP network. With Enhanced Weather Protection (EWP) rated to 100% humidity and IP66 ingress protection, this unit is purpose-built for conditions that would compromise a standard enclosure.

Overview

The E-1600-60-IPEWP connects over a single CAT5e/6 run using standard IEEE 802.3af PoE — no dedicated power circuit, no separate power supply. It registers as a SIP 2.0 (RFC 3261) endpoint, which means it drops straight into any SIP-compatible PBX, VoIP platform, or emergency call management system without proprietary middleware. The blue 16-gauge steel enclosure with textured paint resists vandalism and blends into the visual language of emergency safety infrastructure. At 2.5 lbs and 5.25″ × 4.0″ × 2.0″, it's compact enough for recessed wall pockets in elevator lobbies or stairwells but sized appropriately for outdoor bollard and post applications.

Explore the full Viking Electronics emergency communication line for companion units, call boxes, and intercom products across the same SIP platform.

Key Features

• Enhanced Weather Protection (EWP) — Up to 100% Humidity: Standard versions are rated 5–95% non-condensing; the EWP variant handles full saturation. If the unit is anywhere near a car wash bay, waterfront structure, or unshielded outdoor canopy in a humid climate, EWP isn't optional — it's the only version that holds up long-term.
• IP66 Ingress Protection: The enclosure is fully sealed against dust ingress and resists direct high-pressure water jets. On a parking deck where maintenance crews pressure-wash the structure, IP66 means the phone survives cleaning cycles without special treatment or enclosure covers.
• Operating Range -40°F to 140°F (-40°C to 60°C): This covers rooftop installations in Minnesota winters and unconditioned utility areas in Arizona summers without any heater or cooling kit. For outdoor IP emergency phones, that full range eliminates the add-on accessories that typically complicate cold-climate deployments.
• PoE Class 1 — Under 4 Watts: Draws less than 4W from any IEEE 802.3af-compliant switch port. At that power budget, a single midrange PoE network switch can feed dozens of these devices without exceeding port or budget limits. No local power run, no UPS sizing exercise per device.
• SIP 2.0 (RFC 3261) Compliance: Registers as a standard SIP extension. That means it works with Cisco CallManager, Avaya, FreePBX, Asterisk, Microsoft Teams Phone (with a SBC), and dedicated emergency call platforms — wherever you already have a SIP infrastructure, the E-1600-60-IPEWP integrates without a gateway appliance.
• 95 dB SPL @ 1 Meter: Loud enough to cut through ambient noise in a busy parking structure or transit platform. For context, 95 dB at 1 meter is comparable to a running lawnmower — callers can initiate a call and be heard even in elevated-noise outdoor environments without straining against the handset.
• G.711u, G.711a, and G.722 Audio Codecs: G.722 delivers wideband (HD) audio, which improves speech intelligibility in emergency situations where clarity matters — a dispatcher confirming a location has a meaningfully better call experience compared to narrowband G.711. G.711 fallback keeps it compatible with legacy PSTN gateways.
• Built-in Voice Announcer with Dialer: Configurable auto-dialer and voice announcer reduce response time — the unit can announce its location automatically upon call initiation, which is critical for large campus deployments where a dispatcher needs to localize an emergency call without relying on the caller to verbalize their position.
• Relay Contacts (2 Amp): The onboard dry-contact relay output lets you trigger a strobe, unlock a door, or activate a siren on call initiation without separate relay hardware. For integrated access control or lighting response scenarios, this is wiring you don't have to add externally.
• 16-Gauge Steel Enclosure: Heavier-gauge than consumer-grade intercom housings. Resists casual tampering and surface damage in unsupervised areas like parking facilities and stairwells where enclosure integrity is part of the security posture, not an afterthought.
• RJ45 10/100BASE-TX + Gel-Filled Butt Connectors: One RJ45 handles PoE and data on a standard network run. The three included gel-filled butt connectors support in-conduit wire splices without additional weatherproofing materials — an installation detail that matters in wet or direct-burial conduit terminations.

Integration and Compatibility

The E-1600-60-IPEWP (often searched as E 1600 60 IPEWP) communicates over standard 100BASE-TX Ethernet and registers via SIP 2.0, making it compatible with virtually any modern IP PBX or unified communications platform that accepts SIP endpoints. The onboard audio codecs — G.711u, G.711a, and G.722 — give you narrowband and wideband options depending on what your call server negotiates. The 2-amp relay output supports dry-contact integration with access control panels, strobe controllers, and building management systems, allowing coordinated response without additional relay modules. CE, FCC Part 15, and Canada ICES-003 Class A certifications cover US, Canadian, and European deployments from a single SKU. For campus-wide emergency call deployments, pair with a VoIP emergency phone system management platform that supports SIP-based mass notification and call recording for ADA documentation purposes. Review your PoE switch selection guide when planning port budgets for multi-device emergency call installations — at under 4W per phone, Class 1 loads aggregate favorably even on mid-density switch deployments.

Frequently Asked Questions

Q: Does the E-1600-60-IPEWP require a dedicated power supply?

A: No. It draws power via IEEE 802.3af Power over Ethernet (PoE Class 1, under 4 watts) from any compliant PoE switch or midspan injector. No separate power circuit or local power supply is needed.

Q: What VoIP or PBX systems is the E-1600-60-IPEWP compatible with?

A: It is SIP 2.0 (RFC 3261) compliant, which means it registers as a standard SIP extension on any SIP-compatible PBX, IP call server, or emergency communication platform. Specific platform compatibility depends on your call server configuration — consult your VoIP platform's SIP endpoint documentation.

Q: What does the Enhanced Weather Protection (EWP) version add over the standard model?

A: Standard models are rated for 5–95% non-condensing humidity. The EWP variant (as in the E-1600-60-IPEWP) is rated for up to 100% humidity, making it suitable for car wash bays, waterfront structures, unshielded outdoor canopies, and any environment where condensation or saturation is possible.

Q: Is the E-1600-60-IPEWP ADA compliant?

A: Yes, the unit is described by Viking Electronics as ADA compliant. Verify specific installation height and reach-range requirements with your local ADA inspector, as physical placement — not just the device specification — determines code compliance for emergency call stations.

Q: Can the relay output trigger an external device like a strobe or door strike?

A: Yes. The unit includes 2-amp relay contacts that can be wired to trigger a strobe light, siren, door release, or other dry-contact devices on call initiation or answer events — without additional relay hardware.

Q: What is the operating temperature range of the E-1600-60-IPEWP?

A: -40°F to 140°F (-40°C to 60°C), covering extreme cold-climate and high-heat outdoor environments without supplemental heating or cooling accessories.

James Everett

The spec that drives most of my recommendations on the E-1600-60-IPEWP is the EWP humidity rating — up to 100% versus 95% non-condensing on the base unit. That difference matters enormously in coastal, waterfront, or covered-but-not-sealed installations where temperature swings push relative humidity past the condensing threshold on a regular basis. I've seen standard-rated enclosures fail within one wet season in those conditions; the EWP enclosure engineering is the reason to spec this variant specifically over the non-EWP blue unit when the environment is even marginally uncertain.

Technical Highlights:

• 95 dB SPL @ 1m: At that output level, the speaker cuts through the ambient noise floor of a busy surface parking lot or transit boarding area — meaningful when a caller may be distressed and not positioned directly at the phone.
• PoE Class 1 (<4W): The sub-4W draw means you can run this on the same switch infrastructure as your IP cameras without any port budget reallocation. On a 30-port 370W switch, you could theoretically feed 90+ of these without exceeding budget — though real deployments will be far smaller.
• G.722 Wideband Audio: Wideband codec support gives dispatchers meaningfully clearer audio versus narrowband G.711 — in an emergency call scenario where a caller's location needs to be confirmed quickly, audio intelligibility is a safety variable, not a comfort feature.

Deployment Considerations:

• The three gel-filled butt connectors included with the unit support weatherproof in-conduit splices — plan your conduit entry point during rough-in so the RJ45 tail lands cleanly at the back of the enclosure without a field-fabricated weatherproof adapter.
• Surface-mount only — this is not a flush or recessed-mount unit. If your architectural spec calls for a flush installation in a finished wall or elevator cab panel, this SKU won't satisfy it; verify mounting requirements before committing to the product family.

The E-1600-60-IPEWP is the right call for open-air transit shelters, university parking structures, and waterfront facilities where full humidity exposure, a -40°F cold-weather floor, and ADA-compliant SIP integration all need to come from a single device on a standard PoE port.