Pelco SRXV2-2V13-EMD-IR 2MP Environmental IR Dome Camera in Dubai, UAE
The Pelco SRXV2-2V13-EMD-IR is a 2 MP outdoor dome camera engineered for practical, high-availability surveillance where organizations need clear Full HD video, flexible varifocal coverage, night monitoring and a hardened enclosure without moving into unnecessarily complex camera tiers. Its 2.7–13.5 mm lens, integrated IR, wide dynamic range, smart compression, PoE connectivity and Pelco analytics provide a balanced platform for perimeter, entrance, parking, logistics and general enterprise security coverage.
For Dubai projects, FourTeck can assist with model validation, mounting accessories, PoE switch sizing, recording architecture, VMS compatibility, retention planning and coordinated quotation so procurement teams can evaluate the camera as part of a complete surveillance system rather than as an isolated endpoint.
Procurement Snapshot
Brand: Pelco
Model: SRXV2-2V13-EMD-IR
Type: Outdoor environmental dome IP camera
Resolution: 2 MP
Lens: 2.7–13.5 mm varifocal P-Iris
Night Coverage: Integrated 850 nm IR, up to 30 m
Protection: IP66/67, IK10
Power: PoE Class 3
Region: Dubai / UAE supply support
Quick Procurement & Configuration Matrix
Pelco Sarix Value 2 Series outdoor dome.
General surveillance, entrances, parking, perimeter zones, retail exteriors and commercial facilities.
Scales through VMS/NVR architecture, PoE switching, VLAN design and retention planning rather than through the camera alone.
IEEE PoE Class 3. Verify switch budget, cable distance and surge protection for outdoor deployments.
Dubai, Abu Dhabi, Sharjah, Ajman and wider UAE with project coordination.
Pelco documentation lists a five-year warranty for the current Sarix Value 2 outdoor dome family; confirm commercial terms on quotation.
Executive Product Architectural Overview
The SRXV2-2V13-EMD-IR should be evaluated as an edge video sensor within a broader IP surveillance architecture. It captures a 2 MP image through a 1/2.8-inch CMOS sensor and a 2.7–13.5 mm varifocal lens, processes that image locally, encodes streams using H.264, H.265, Motion JPEG or Pelco Smart Compression, and sends those streams across an Ethernet network to a recorder, video management system or authorized viewing client. That architectural role matters because camera procurement is not simply a question of megapixels. The correct camera needs to match the physical scene, lighting range, target identification objective, network bandwidth, storage retention period, cyber policy and operator workflow.
The varifocal lens is particularly useful in commercial projects where the exact field of view cannot be finalized until installation. At the wide end, the camera can cover a broad entrance, loading zone or parking lane. At the telephoto end, it can narrow the scene around a gate, doorway or higher-value observation area. Remote zoom and focus reduce the amount of physical adjustment required after mounting and can improve commissioning efficiency when many cameras are being installed across a site. P-Iris control also helps the imaging system manage aperture behavior in changing conditions, supporting sharper and more useful video across the scene.
For day-to-night operation, the integrated IR system provides illumination in low-light or dark conditions, with current Pelco documentation specifying up to 30 metres of IR reach for this outdoor dome configuration. The camera also addresses high-contrast scenes through wide dynamic range processing. Typical examples include a doorway where bright sunlight sits behind a person entering a darker lobby, a car park with headlamps and shadowed areas, or an industrial entrance with both open exterior light and covered loading bays. A properly configured WDR camera can preserve detail across those contrasting zones more effectively than a basic sensor operating without scene compensation.
Environmental design is another major part of the architecture. The outdoor dome is listed with IP66/67 ingress protection and IK10 impact resistance. In practical procurement terms, this helps suitability for exposed or semi-exposed environments where rain, dust, cleaning activity or tampering risk must be considered. The rating does not remove the need for correct mounting, sealed cable entries, suitable junction boxes, local electrical compliance or surge protection. Instead, it means the camera itself is designed for a more demanding installation context than a standard indoor model.
Network integration is built around common IP video practices. PoE Class 3 can simplify installation by carrying power and data over the Ethernet connection, provided the upstream switch has adequate total power budget and the cabling is designed correctly. ONVIF Profile S, G, T and M support helps interoperability with compatible video platforms, although buyers should still validate firmware, feature support and exact VMS certification before standardizing a large deployment. A camera can be ONVIF conformant while a particular advanced feature still requires manufacturer-specific integration.
Onboard microSD support adds useful architectural flexibility. Edge storage can be used for local recording strategies, resilience against brief recorder connectivity interruptions, or selected event workflows, depending on the VMS design. Storage card capacity, endurance class, recording mode and retention targets should be selected around actual write workload. For enterprise buyers in Dubai and the wider UAE, the most effective deployment model is to treat the camera, PoE switching, structured cabling, surge control, network segmentation, recorder/VMS licensing and retention storage as one coordinated system. FourTeck can support that validation process during quotation so purchasing teams receive a technically aligned bill of materials rather than a disconnected list of parts.
Enterprise Business Value & ROI Benefits
Coverage Flexibility
A 2.7–13.5 mm motorized varifocal lens gives security designers more freedom than a fixed-lens camera. One model can be tuned for wide scene awareness or narrower observation, reducing the chance that a project must be reworked because a fixed focal length was chosen before exact mounting geometry was confirmed.
Operational Continuity
Integrated IR, environmental sealing and impact resistance support continuous use across changing light and weather conditions. This matters for facilities where video must remain available outside business hours and where camera locations cannot be protected by indoor environmental controls.
Bandwidth Efficiency
H.265 and Pelco Smart Compression can reduce network and storage consumption compared with less efficient encoding approaches. The actual reduction depends on scene complexity, movement, quality targets, frame rate and VMS configuration, so retention calculations should be based on realistic bitrate assumptions rather than headline percentages.
Integration Practicality
ONVIF support can simplify incorporation into compatible third-party VMS environments. This helps organizations avoid treating the camera as a proprietary island and supports phased deployments where existing recorder infrastructure remains in service.
Installation Efficiency
PoE and remote lens adjustment can reduce field labor compared with installations requiring separate local power or repeated manual focus intervention. The benefit increases when cameras are deployed at height or across many distributed points.
Risk-Aware Purchasing
A well-specified 2 MP camera can offer better project value than simply increasing resolution everywhere. Matching pixel density, focal length, lighting and retention requirements avoids overspending on image data that does not materially improve the operational objective.
The economic case for this model is therefore based on fit. A camera that covers the required scene, survives the installation environment, integrates with the existing platform and stays within network and storage constraints can reduce lifecycle friction. Procurement teams should compare not only unit price but also mounting hardware, switch ports, PoE headroom, VMS licenses, recording capacity, installation access, maintenance procedures and support terms. For multi-site operators, standardizing on a small number of validated camera types can further simplify spares, commissioning templates, documentation and technician training.
Hardware & Technical Architecture Highlights
At the imaging layer, the camera uses a 1/2.8-inch CMOS sensor with active 2 MP output and support for 1920 × 1080 streaming. The lens assembly spans 2.7 mm to 13.5 mm and supports remote zoom, focus and autofocus. This combination allows a broad horizontal view at the wide end and a significantly tighter composition at the telephoto end. The current specification family lists a maximum aperture of F1.4 for the 2 MP outdoor dome and an IR-cut filter for day/night transitions.
The video pipeline supports 3D noise reduction, electronic shutter control and wide dynamic range processing. These functions matter because surveillance image quality depends on more than resolution. Noise reduction can lower unnecessary bitrate in dark scenes; shutter settings influence motion blur and exposure; and WDR determines how well the camera balances strong highlights against deep shadow. Commissioning should tune these parameters for the use case rather than leave every camera on identical defaults.
Compression options include H.264, H.265, Motion JPEG and Pelco Smart Compression with dynamic GOP behavior. H.265 is often preferred for storage efficiency, but compatibility with the VMS, client workstations, analytics stack and export workflow should be confirmed. Some legacy systems handle H.264 more consistently. Multi-stream capability allows different consumers to receive different resolutions or bitrates, which can be useful when high-quality recording is required centrally but lower-bandwidth live views are preferred on operator stations or remote links.
At the physical layer, IP66/67 and IK10 ratings position the dome for exposed commercial environments. The installation still needs compatible mounts and accessories. Pelco lists options including wall, pole, corner, pendant, in-ceiling, junction-box and sunshield components within the Sarix Value 2 accessory family. Selection depends on the mounting surface, cable path, required camera angle and environmental exposure. When a mounting accessory requires another adapter, procurement should capture the full chain in the bill of materials.
At the network layer, PoE Class 3 helps centralize power from managed switches. Designers should calculate aggregate switch wattage with engineering margin and should not assume that a switch with enough data ports automatically has enough power budget. Outdoor cable routes may also need surge suppression and appropriate grounding practices. Where cameras are placed on security VLANs, network policies should restrict unnecessary east-west access, control management reachability and align device credentials with the organization’s security standards.
Definitive Technical Specifications Table & Sizing Notes
| Specification | Pelco SRXV2-2V13-EMD-IR |
|---|---|
| Camera family | Sarix Value 2 Series Outdoor Dome |
| Resolution | 2 MP, Full HD class |
| Image sensor | 1/2.8-inch CMOS |
| Active pixels | 1937 × 1097 sensor active pixel specification; 1920 × 1080 streaming supported |
| Maximum frame rate | 25 fps at 50 Hz / 30 fps at 60 Hz |
| Lens | 2.7–13.5 mm varifocal, P-Iris, remote zoom and focus |
| Horizontal field of view | Approximately 113° wide to 33–34° tele, depending on referenced document revision |
| Vertical field of view | Approximately 57–58° wide to 19° tele |
| Low-light specification | Approx. 0.06 lux color / 0.02 lux monochrome without IR |
| IR illumination | 850 nm LEDs, up to 30 m |
| Dynamic range | WDR supported; current product catalog lists up to 120 dB, while an earlier datasheet revision lists up to 110 dB with WDR on. Confirm current firmware/datasheet revision at quotation. |
| Compression | H.264, H.265, Motion JPEG, Pelco Smart Compression |
| Analytics / events | Motion, tampering and tripwire detection; feature availability can depend on firmware and integration. |
| Edge storage | microSD / microSDHC / microSDXC slot |
| Power | PoE Class 3 |
| Environmental protection | IP66/67 weather protection; IK10 impact resistance |
| Interoperability | ONVIF Profiles S, G, T and M |
| Warranty | Pelco current catalog lists 5-year warranty; commercial terms subject to quotation and regional policy. |
Specification sizing should start with the scene requirement. A wide field of view is useful for overview, but the same 2 MP image spread across a large scene produces fewer pixels on each target. Zooming in increases pixel density on a smaller area. For face recognition, vehicle identification or evidentiary detail, the lens should be selected around target distance and required pixel density rather than simply “covering the whole area.” Storage must then be estimated using the chosen resolution, frame rate, compression mode, scene complexity, recording schedule and retention period. Environmental and mounting accessories should also be confirmed because a dome fixed directly to a surface may require different hardware from a wall-arm or pendant installation. Where a requirement is variable, FourTeck can validate the selected model and accessory path against the intended location before order placement.
Configuration, Sizing & Deployment Workbench
01 / Define the observation objective
Decide whether each camera is intended for general awareness, detection, recognition or identification. This single decision drives lens position, mounting height, target distance and whether 2 MP is sufficient. A camera that looks excellent on a wide overview may still provide too few pixels on a face or license plate for the intended task.
02 / Calculate network and storage headroom
Estimate expected bitrate per stream and multiply by camera count, recording hours and retention period. Include overhead and growth. A 30-camera project with constant recording behaves very differently from motion-based recording across the same camera count. Confirm whether the VMS records the primary stream while clients consume secondary streams.
03 / Validate PoE capacity
Count required switch ports, but also total the available PoE wattage. Reserve margin for startup behavior, future cameras and other powered devices. Long outdoor runs should follow structured cabling standards and may require additional surge mitigation.
04 / Confirm VMS and license terms
ONVIF broadens interoperability, but enterprise deployments should verify the camera against the exact VMS release and license model. Confirm whether one license is needed per camera, whether analytics metadata is exposed, whether edge storage synchronization is supported and how firmware updates are managed.
05 / Plan environmental and mounting conditions
Document surface type, mounting height, cable entry, weather exposure, cleaning access, nearby light sources and vandal risk. Choose the appropriate junction box, pendant cap, wall mount, pole mount or corner adapter where required. Correct accessories protect both installation quality and maintenance access.
06 / Commission image settings by scene
Do not apply a single global template blindly. Verify focus, WDR behavior, shutter speed, noise reduction, IR reflection, privacy zones, event rules and stream settings during day and night conditions. Dome surfaces and nearby walls can reflect IR if framing is too close, so physical placement remains as important as software configuration.
Industry Use Cases & Workload Scenarios
Banking & Finance
Suitable for controlled exterior approaches, staff entrances, ATM surroundings and parking zones where stable Full HD recording, WDR and night visibility are required. Financial institutions should integrate the camera with strict network segmentation, retention policy and access logging.
Healthcare
Can support ambulance approaches, parking, external doors and campus paths. Healthcare buyers should balance video coverage with privacy obligations and ensure recording access is restricted to authorized security personnel.
Government & Public Sector
Useful for civic buildings, compounds and service facilities where robust housings and standardized IP integration are important. Projects may require formal compliance documentation, approved VMS integrations and structured acceptance testing.
Logistics & Warehousing
The varifocal lens fits loading bays, vehicle approaches, gate areas and exterior dock lanes. IR and WDR help across mixed lighting, but target identification distance should be checked carefully before finalizing lens position.
Retail & Hospitality
Appropriate for storefront approaches, service doors, parking entries and back-of-house exterior areas. Smart compression can be useful when many branches connect to centralized recording or monitoring infrastructure.
Education & Campuses
Can cover gates, pathways, facility exteriors and parking. A standardized dome model can simplify multi-building maintenance, provided each scene is commissioned with suitable focal length and privacy controls.
Technical Feature Deep Dive 1: Imaging, Throughput & Workload Performance
Video surveillance performance starts with scene capture rather than raw network throughput. The SRXV2-2V13-EMD-IR combines a 2 MP sensor with a motorized varifocal optical system, allowing the installer to tune how the available pixels are distributed across the scene. At 2.7 mm the camera sees a broad area, which is useful for situational awareness. Moving toward 13.5 mm narrows the field and concentrates pixels on a smaller target zone. This flexibility is often more valuable than selecting a higher-resolution camera with the wrong fixed field of view.
Frame rate should be chosen by activity. The platform supports up to 30 fps under 60 Hz operation and up to 25 fps under 50 Hz conditions. Higher frame rates improve temporal detail for fast movement but increase bitrate and storage. Many commercial scenes do not need maximum frame rate continuously. A warehouse aisle, building entrance and vehicle gate may each justify different settings. Security teams should set minimum image quality and motion requirements first, then tune bitrate and frame rate to preserve those objectives.
Compression is central to system economics. H.264 remains widely interoperable; H.265 can deliver greater efficiency; Pelco Smart Compression adjusts encoding behavior to reduce unnecessary data while preserving important scene detail. The benefit is not fixed because a quiet corridor with little movement compresses very differently from trees, rain, crowds or moving vehicles. Capacity planning should therefore include real or representative scene testing where retention is critical.
WDR and low-light handling also influence perceived performance. A camera can produce a technically valid 1080p stream that is operationally poor if faces are lost in backlight or motion smears in darkness. WDR balances bright and dark parts of a scene, while IR enables observation when visible light is insufficient. The combination makes the camera suitable for mixed-light exterior locations, but commissioning must inspect IR bounce, reflective objects, direct headlights and nearby luminaires. Performance architecture is consequently a combination of optics, sensor settings, encoding and deployment geometry.
Technical Feature Deep Dive 2: Security, Redundancy & System Resilience
A modern IP camera is a network endpoint and should be governed accordingly. Pelco’s current Sarix Value 2 materials reference FIPS-compliant cryptography support and an integrated TPM within the family. In enterprise deployment, device security should also include unique credentials, controlled administrative access, protected management networks, firmware governance and documented certificate practices. Cameras should not be placed on flat networks that expose them unnecessarily to user devices or guest traffic.
Physical resilience comes from IP66/67 weather protection and IK10 impact resistance, but resilience is never just an enclosure rating. Water ingress can still occur through poorly sealed field wiring; outages can still occur if the PoE switch lacks UPS protection; video can still be lost if the recorder has no storage redundancy. A robust system therefore links camera durability with structured cabling, network power continuity, recorder redundancy, monitoring and preventive maintenance.
The microSD slot can contribute to resilience by enabling edge recording strategies. Depending on the VMS integration, local storage may preserve selected footage during temporary network disruptions or provide event-based edge capture. Buyers should confirm supported card types, endurance requirements and the workflow for recovering or synchronizing recordings. Consumer memory cards are not always appropriate for continuous video writes, particularly in hot installations.
Event detection such as motion, tamper and tripwire can improve operational response by bringing selected activity to operator attention. These functions should be tuned to scene conditions. Trees, shadows, rain, insects and reflections can create nuisance events if sensitivity is too high. Resilience includes operational resilience: alerting systems must remain trusted by operators, so event rules should be calibrated, documented and reviewed after site changes.
Technical Feature Deep Dive 3: Remote Management, Telemetry & Infrastructure Integration
Remote zoom and focus reduce the need to revisit the camera physically whenever field of view needs refinement. This is especially valuable on high walls, poles and exterior structures where access equipment adds time and cost. During commissioning, technicians can align the scene, verify focus at the intended zoom position and document the final view for acceptance. Where multiple cameras share the same model, configuration templates can accelerate deployment while preserving site-specific tuning for optics and exposure.
ONVIF Profiles S, G, T and M support provides a foundation for interoperability. Profile S broadly addresses streaming, Profile G relates to recording and storage, Profile T adds advanced streaming capabilities, and Profile M supports metadata and analytics-related interoperability. Organizations should still test their precise VMS functions because implementation details, firmware versions and analytics mapping can vary. A proof-of-concept with one or two cameras is often sensible before a large standardization program.
From an infrastructure perspective, the camera belongs in network monitoring and asset management processes. Administrators should maintain an inventory of IP addresses, switch ports, firmware versions, serial numbers, mounting locations and warranty status. PoE switches can assist with remote power cycling where operational policy permits. VMS health monitoring should flag lost streams, excessive storage consumption and camera tamper states. When integrated into disciplined operations, a surveillance camera becomes a managed infrastructure asset rather than a device that is only noticed when footage is urgently required.
For larger UAE deployments, integration planning should also account for inter-site bandwidth. Branches may record locally and send lower-bitrate live streams to a central security operations center, or they may rely on centralized recording over private WAN links. Architecture should reflect connectivity quality, regulatory requirements and incident-response workflow. Smart compression and multi-streaming provide useful tools, but they should be applied as part of an end-to-end design that includes network QoS, retention policy and client workstation capacity.
What Buyers Should Check Before Purchase
The most common surveillance procurement gaps are not caused by the camera specification alone. They occur when field of view, mounting accessories, PoE budget, VMS licensing, storage retention or environmental details are left unresolved until installation. Use the following checklist before issuing a purchase order.
01 / FIT — Configuration Fit & Model Sizing
Confirm that 2 MP delivers enough pixel density for the target distance. Define whether the camera is for overview, recognition or identification. Check whether the 2.7–13.5 mm range provides the required field of view. If higher detail is essential, compare the 5 MP Sarix Value 2 outdoor dome alternative before standardizing.
02 / MATCH — Compatibility & Environmental Requirements
Validate VMS integration, PoE switch standards, cable distance, mount type, junction box, wall or pendant accessories, surge protection, temperature exposure and weather sealing. Confirm the full accessory chain rather than ordering only the camera body.
03 / TERMS — Availability, Delivery & Warranty Terms
Request current lead time, supplied accessory contents, warranty process and delivery location. Manufacturer warranty terms and local commercial support processes can differ, so the quotation should clearly identify the applicable supply conditions.
04 / REQUEST — Quote Preparation Data Needed
Provide the exact model, quantity, site location, preferred delivery date, VMS platform, mounting type, retention target and whether PoE switches, NVR/VMS licensing, storage or installation accessories are also required. This enables a more complete bill of materials and reduces follow-up cycles.
UAE Regional Availability & Service Ecosystem
FourTeck supports UAE procurement teams with product sourcing, model validation, commercial quotation, accessory matching and logistics coordination. Availability is configuration and stock dependent; for project requirements, quantity and required date should be supplied so the team can confirm current options and prepare the appropriate commercial response.
K1. Dubai Supply & Logistics Support
Dubai organizations can request localized quotation and delivery coordination for mainland, commercial districts and Free Zone projects. Pre-sales support can help validate the camera model, mounting path, PoE requirements and recording environment before procurement. For multi-site rollouts, buyers can submit a camera schedule or bill of quantities so compatible accessories can be reviewed together.
K2. Abu Dhabi & Al Ain Logistics Reach
For government, industrial, education, hospitality and corporate deployments in Abu Dhabi and Al Ain, FourTeck can coordinate sourcing, quotation and delivery requirements. Projects with formal submittal requirements should share the required documentation set, quantities and delivery milestones during the quotation stage.
K3. Sharjah & Northern Emirates Logistics Infrastructure
Sharjah and Northern Emirates buyers can request deployment-oriented quotations that cover the camera plus relevant mounting, PoE and recording dependencies. This is useful for warehouses, industrial compounds, education sites, retail operations and distributed branch infrastructure.
K4. Ajman & Surrounding Emirates Logistics Coverage
Ajman businesses can request availability verification, technical pre-sales guidance and delivery coordination for surveillance upgrades or new installations. Providing site conditions and required camera quantities helps identify whether the 2 MP varifocal dome or an alternative resolution is the better project fit.
GCC & Pan-African Supply Chain Reach
FourTeck can support regional project inquiries that require cross-border hardware sourcing, commercial documentation and logistics coordination. Export feasibility, lead time, shipping terms and documentation requirements depend on destination, project scope and applicable trade conditions, so buyers should provide full delivery details when requesting a quotation.
L1. Saudi Arabia (KSA) Export & Supply Support
Saudi project teams can request configuration validation and project quotation for surveillance deployments, including camera quantities, accessory requirements and compatible infrastructure. Regional inquiry handling can coordinate commercial documentation and supply planning based on the requested delivery location.
L2. Qatar Market Supply Reach
Qatar enterprises and system integrators can request cross-border quotation and sourcing support for Pelco surveillance products. Camera schedules, VMS details and delivery milestones should be included for project-based requirements.
L3. Oman Regional Distribution Support
Oman buyers can request product sourcing, technical matching and quotation coordination for commercial security projects. Where outdoor environmental conditions are demanding, mounting and protection requirements should be reviewed together with the camera specification.
L4. Kuwait Supply Chain Coverage
For Kuwait projects, FourTeck can coordinate product inquiries, commercial quotations and export supply planning. Visit FourTeck Kuwait for regional contact routing.
L5. Kenya & East Africa Supply Infrastructure
Kenyan enterprises and system integrators can request regional distribution support, technical inquiry routing and delivery coordination for project quantities. Visit FourTeck Kenya for local market engagement.
L6. Uganda Regional Procurement Support
Uganda buyers can request localized inquiry response, project supply coordination and technical sourcing assistance for surveillance requirements. Visit FourTeck Uganda.
L7. Pan-African Regional Logistics & Trade Reach
For wider African projects, FourTeck can coordinate multi-country technology sourcing and export logistics based on destination and project scope. Visit FourTeck Africa and FourTeck Global for broader regional engagement.
Related FourTeck Products & Compatible Alternatives
| Model | Type | When to Consider It |
|---|---|---|
| SRXV2-5V13-EMD-IR | 5 MP outdoor dome | Choose when higher pixel density is needed over a similar varifocal outdoor dome format. |
| SRXV2-2V13-EMD-IRWL | 2 MP outdoor dome with IR + white light | Consider when active white-light illumination is required in addition to infrared night coverage. |
| SRXV2-2V13-EBT-IR | 2 MP outdoor bullet | Select when a visible directional bullet form factor better suits perimeter or wall-mounted coverage. |
| SRXV2-5V13-EBT-IR | 5 MP outdoor bullet | Useful where higher resolution and a bullet housing are both preferred. |
| SRXV2-2F3-IMD-IR | 2 MP indoor dome | Appropriate for indoor spaces that do not require the full outdoor varifocal environmental specification. |
The closest alternative is typically the 5 MP outdoor dome when the project needs more detail across the same broad scene. The IR/white-light variant may be more appropriate where visible deterrence or color-supporting illumination is part of the design. Bullet models suit sites that prefer a visibly directional camera body. The correct choice should be driven by target distance, scene width, mounting geometry, lighting and VMS capacity rather than by resolution alone.
Why Enterprises Choose FourTeck
Enterprise surveillance procurement often involves more than selecting a camera SKU. FourTeck supports buyers by reviewing requested models, helping identify compatible mounting and network dependencies, coordinating project quotations and organizing delivery requirements across the UAE and selected export markets. This process can help reduce incomplete bills of materials and avoid common gaps such as missing junction boxes, insufficient PoE capacity or unverified recorder compatibility.
For structured projects, customers can share drawings, camera schedules, existing VMS details or bills of quantities. FourTeck can use that information to align the commercial response with the technical requirement. Warranty and lead-time details are confirmed against the supply route and quotation rather than assumed. This evidence-led approach is designed for IT teams, security integrators, consultants and procurement departments that need clear model references and commercially traceable project documentation.
Frequently Asked Questions
1. What is the Pelco SRXV2-2V13-EMD-IR?
It is a 2 MP Sarix Value 2 outdoor environmental dome IP camera with a 2.7–13.5 mm varifocal P-Iris lens, integrated IR, wide dynamic range, H.264/H.265 compression, PoE and onboard microSD support. It is designed for commercial surveillance where flexible field of view, night monitoring and weather/impact resistance are required.
2. How far does the integrated IR illuminate?
Pelco’s current specification sheet lists IR illumination up to 30 metres using high-power 850 nm LEDs for the 2 MP outdoor dome. Practical usable distance depends on scene reflectivity, lens position, mounting angle and environmental conditions, so commissioning should verify actual night performance at the intended site.
3. Is this camera suitable for outdoor installation in Dubai?
The camera is listed with IP66/67 environmental protection and IK10 impact resistance, making it suitable for many outdoor commercial installations. Correct mounting, cable sealing, surge protection and environmental design remain necessary. Project teams should confirm operating conditions and installation accessories for each location.
4. Does it support H.265?
Yes. The camera supports H.265, H.264, Motion JPEG and Pelco Smart Compression. H.265 can reduce bandwidth and storage requirements, but compatibility with the selected VMS, recorder, client devices and export workflow should be checked before standardizing encoding settings.
5. Can it integrate with third-party VMS platforms?
Pelco lists ONVIF Profiles S, G, T and M support for the current Sarix Value 2 outdoor dome family. This improves interoperability with compatible VMS platforms, but exact features can vary by software release and firmware. FourTeck recommends validating the target VMS and required functions before a large deployment.
6. Does the camera support local storage?
Yes. Pelco lists a microSD/microSDHC/microSDXC slot. Edge storage may be used for selected local recording or resilience workflows depending on system design. Buyers should choose storage media with suitable endurance and confirm how the VMS handles retrieval, synchronization or health monitoring.
7. What power source does it require?
The camera uses PoE Class 3 according to Pelco’s current product catalog. The upstream switch must provide sufficient total PoE budget across all connected devices. Designers should also consider cable distance, structured cabling standards, UPS protection and outdoor surge mitigation.
8. What is the benefit of the 2.7–13.5 mm lens?
The motorized varifocal range allows the installer to adjust from a broad overview to a narrower, more detailed scene without replacing the lens. This helps adapt the same camera model to entrances, parking lanes, loading areas and perimeter points with different coverage geometry.
9. What analytics are available?
Current Pelco materials list motion, tampering and tripwire detection for the Sarix Value 2 outdoor dome family. Available event behavior can depend on firmware and VMS integration. Analytics should be tested and tuned at the site to reduce nuisance alerts from shadows, weather or moving vegetation.
10. How can I request a Dubai quotation?
Send FourTeck the exact model SRXV2-2V13-EMD-IR, required quantity, delivery location, target date, mounting environment and preferred VMS or recorder platform. Include retention requirements and whether you need mounts, PoE switches, storage or licenses. This helps prepare a more complete project quotation.
Request a Project Quote for Pelco SRXV2-2V13-EMD-IR in Dubai
For an accurate commercial response, submit the camera model, quantity, delivery location, deployment timeframe, mounting type and VMS/NVR platform. If you also need PoE switching, storage, recording licenses or mounting accessories, include those requirements so the bill of materials can be reviewed as one system.
