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Camera Poles
Rigid vibration-resistant smart surveillance and ANPR camera mounting poles.
ENGINEERING & APPLICATION OVERVIEW
Custom-built heavy-duty CCTV and traffic surveillance poles engineered with low-vibration deflection, internal cabling channels, and weatherproof junction compartments for smart city monitoring.
CAMERA
POLES.
Precision-engineered camera poles designed for reliable surveillance infrastructure across highways, industrial facilities, parking areas, public spaces, commercial properties, and remote monitoring locations. Manufactured for structural stability, corrosion resistance, dependable camera mounting, and long-term outdoor performance.
Designed for stable CCTV and surveillance camera mounting with configurations suitable for different camera types, heights, angles, and monitoring requirements.
Available in standard, solar-compatible, and heavy-duty configurations for urban, industrial, highway, parking, infrastructure, and remote surveillance applications.
SMART SURVEILLANCE.
RIGID LOW-VIBRATION CAMERA POLES.
Dev Shakti India Limited (DSIL) manufactures rigid, low-deflection Camera Poles engineered specifically for intelligent traffic management systems (ITMS), automatic number plate recognition (ANPR), speed enforcement radars, and 24/7 high-definition smart city surveillance.
Engineered to minimize structural vibration and image blur caused by high-velocity wind turbulence and heavy roadway traffic, each pole features optimized wall thickness, aerodynamic polygonal or stepped tapering, and high-strength base anchorage.
Supplied with internal conduit channels, tamper-resistant access doors with integrated MCB mounting plates, and full in-house hot-dip galvanizing, DSIL Camera Poles deliver durable, maintenance-free operation across all outdoor surveillance environments.
CAMERA POLE TECHNICAL SPECIFICATIONS.
Technical parameters across DSIL's smart CCTV and surveillance camera pole portfolio ranging from 3 Meters to 10 Meters in height. Engineered for zero-vibration camera stability and long-term corrosion resistance.
| TECH DETAIL | 3 MTR | 4 MTR | 5 MTR | 6 MTR | 7 MTR | 8 MTR | 10 MTR |
|---|---|---|---|---|---|---|---|
| PRODUCT ID | SSILCP01 | SSILCP02 | SSILCP03 | SSILCP04 | SSILCP05 | SSILCP06 | SSILCP07 |
| Thickness | 3 mm | 3 mm | 3 mm | 3, 4 mm | 3, 4 mm | 4 mm | 4, 5 mm |
| Top & Bottom Dia | 70 / 130 mm | 70 / 130 mm | 70 / 135 mm | 76 / 145 mm | 76 / 155 mm | 90 / 175 mm | 100 / 200 mm |
| Camera Arm Outreach | 0.5 – 1.0 M | 0.5 – 1.2 M | 0.8 – 1.5 M | 1.0 – 2.0 M | 1.0 – 2.5 M | 1.5 – 3.0 M | 1.5 – 3.5 M |
| Size of Base Plate | 200 x 200 mm | 200 x 200 mm | 220 x 220 mm | 240 x 240 mm | 260 x 260 mm | 280 x 280 mm | 320 x 320 mm |
| Base Plate Thickness | 12 mm | 12 mm | 12 mm | 16 mm | 16 mm | 16 mm | 20 mm |
| No. of Foundation Bolts | 4 nos (M16) | 4 nos (M16) | 4 nos (M16) | 4 nos (M20) | 4 nos (M20) | 4 nos (M24) | 4 nos (M24) |
| ENQUIRY |
DRAWING OF
CAMERA POLE.
Structural detailing illustrating the cantilever camera outreach bracket, low-deflection polygonal shaft, weatherproof junction door, and civil foundation anchorage.
TECHNICAL SPECIFICATION
| Camera Pole Structure | Technical Specification |
|---|---|
| Structure | Anti-Vibration Tapered Polygonal / Stepped Mast |
| Camera Bracket Arm | Cantilever Outreach / Crossarm / Omni-Directional Mount |
| Camera Compatibility | ANPR / PTZ Bullet / 360° Dome / Radar & Speed Sensors |
| Deflection Tolerance | Low-Vibration Structural Engineering (<0.5° under high wind) |
| Material Construction | BSEN10025 S355 / IS 2062 High-Tensile Steel |
| Height Range | 3M to 10M (Single Section / Modular Assembly) |
| Cross Sectional Geometry | Octagonal / Conical / Stepped Cylindrical |
| Surface Protection Treatment | Hot-Dip Galvanized in-house (IS 4759 / IS 2629 / BS EN ISO 1461) |
| Galvanization Thickness | Minimum 86 Micron Surface Coating |
| Optional Finish | Pure Polyester Powder Coating / UV-Resistant PU Paint |
| Wind Speed Resistance | Designed up to 180+ km/h (As Per IS 875 Part 3) |
| Door Compartment | Weatherproof Flush Door with Concealed Lock & Earthing Stud |
| Base Plate Design | Square Flanged Steel Base with Radial Corner Gussets |
| Civil Anchor Assembly | High-Tensile Foundation J-Bolts (IS 2062 Gr. E250A / Gr. 8.8) |
| Internal Cabling Conduit | Integrated Smooth Cable Grommets & Internal Wiring Channel |
| Solar Compatibility | Accommodates Solar PV Array Bracket & Battery Enclosure |
| Brand | DSIL |
PRODUCT SPECIFICATIONS &
MANUFACTURING.
Material & Construction
Manufactured using high-grade mild steel, galvanized iron, or stainless steel depending on application and environmental requirements.
Height & Dimensions
Available in standard heights from 3 m to 10 m and tailored outreach configurations to provide optimal camera positioning and surveillance coverage.
Solar Compatibility
Solar Camera Pole configurations can accommodate solar panel mounts, battery enclosures, cable routing, and associated equipment for off-grid installations.
Quality Control
Manufactured and tested for structural strength, surface protection, dimensional accuracy, and long-term outdoor performance.
Custom Heights & Shapes
Available in different heights, profiles, and configurations to suit CCTV, surveillance, traffic monitoring, and security applications.
Modular Design
Multi-section construction can simplify transportation, installation, and deployment for larger or specialized installations.
Mounting Options
Compatible with camera brackets, crossarms, base plates, access doors, and other mounting arrangements according to project requirements.
Wind Load & Aesthetic Enhancements
Designed for high wind-loading stability with protective finishes that integrate seamlessly into urban and industrial spaces.
Exceptional Durability
Built using corrosion-resistant materials and protective finishes for reliable long-term outdoor operation.
Design Flexibility
Customizable in height, shape, mounting configuration, finish, and accessories to suit different surveillance requirements.
Cost Efficiency
Durable construction and low maintenance requirements help reduce installation and lifecycle costs.
Sustainability
Solar-compatible configurations support off-grid surveillance installations and can help reduce dependence on conventional power infrastructure.
Want to Explore More DSIL Products?
Explore our complete range of engineered poles and infrastructure solutions.