Battery Powered Rapid Deployment Camera Systems

AXIS P5635-E

Our most popular AXIS PTZ camera is the AXIS P5635-E model with 30x optical zoom. This camera can read a license plate at 1000′. 

AXIS Q8742-LE

AXIS Q8742-LE Network Camera is a powerful combination of visual and thermal video streams in a single PTZ. The AXIS Q8742-LE includes a thermal image sensor and a visual image sensor with IR illumination. Ideal for perimeter intrusion detection.

In a perimeter protection environment this camera can “slew to cue”, meaning when any type of sensor (PIR, radar, etc) detects a potential intruder the camera will instantly pan, tilt and zoom to the exact location of the event.

Vivotek pan-tilt-zoom cameras with IR lighting range of 820′

Vivotek PTZ IR

The SD9364-EHL is the latest professional speed dome camera from VIVOTEK, specifically designed to enhance low light surveillance in large coverage areas. Equipped with 250M IR illuminators and a 30x optical zoom lens, the SD9364-EHL provides a superb low light image in the most challenging situations. The SD9364-EHL also adopts VIVOTEK’s latest IR technology, VAIR (Vari-Angle IR). VIVOTEK’s VAIR provides smooth vari-angle adjustment of the IR illuminators, allowing broad coverage FOV and highly uniform IR intensity while avoiding hot-spots traditionally associated with IR illumination.

FLIR Thermal PTZ cameras 

FLIR Thermal PTZ

The FLIR T4325ZS TCX Thermal PTZ Camera can integrate with existing alarm sensors to deliver accurate, real-time visual assessment and alarm verification in any lighting conditions, including zero light. This PTZ camera allows 360° continuous panning and -15° to 90° tilting.

The TCX Thermal PTZ Camera has on-board Video Motion Detection (VMD) analytics for accurate intrusion detection and supports resolution of up to 336 x 240 at 4:3 aspect ratio. Operates in zero light conditions, in daylight, through smoke, dust, or even light fog.

Thermal cameras operate in zero light conditions

Thermal with Analytics

Thermal cameras are a good option to consider for an intrusion detection system. Thermal imaging cameras do not require any additional lighting systems as they detect and deliver heat signatures from humans, vehicles or other objects. Thermal cameras work in situations like heavy fog/snow/rain that a visual camera might miss.

Mobotix M16 thermal/visual

Mobotix M16 thermal and visual cameras

The Mobotix M16 thermal imaging camera opens up a new range of possibilities including having both a thermal camera AND a 6mp visual camera in one compact design. Thermal radiometry models are available that generate automatic alarms, defined by temperature limits or temperature ranges, to detect and prevent potential fire or overheating of mechanical or liquid mechanical heat sources.

AXIS Q19 series

AXIS thermal cameras

Axis thermal cameras outperform a visual camera in dark scenes and are a great tool for detecting people and objects in 24/7 surveillance, from pitch dark black areas to a sunlit parking lot.

FLIR Multi-Spectral

FLIR multi-spectral cameras with onboard object classification analytics

FLIR Saros includes multiple FLIR  thermal sensors, one or more 1080p or 4K cameras, IR and visible LED illuminators, advanced onboard analytics, two-way audio, and digital I/Os. FLIR Saros enables businesses to implement reliable, state-of-the-art outdoor intrusion detection in a cost-effective manner by minimizing the equipment required and reducing false alarms.

FLIR Thermal PTZ

FLIR Thermal PTZ cameras

The FLIR T4325ZS TCX Thermal PTZ Camera can integrate with existing alarm sensors to deliver accurate, real-time visual assessment and alarm verification in any lighting conditions, including zero light. This PTZ camera allows 360° continuous panning and -15° to 90° tilting.

Point-to-point wireless camera system

Pair of Radios for Point-to-Point Wireless Link

A wireless camera system often uses a point-to-point wireless system. Distances up to 20 miles are possible using high-powered radios with dish antennas. Best performance requires operating in the 5.8Ghz spectrum with clear line of sight between sending and receiving radios. Alternative frequencies are 2.4Ghz or 900Mhz, which can penetrate some degree of obstructions (trees, walls, etc.).

Notes:

• A point-to-point wireless system requires a minimum of 1 pair of radios, 1 to send video and 1 to receive video. The receiving radio (also referred to as gateway radio or gateway node) is most often located at a facility that has high-speed internet service, which allows live or recorded video to be accessed from any internet enabled device.
• Systems may be accessed directly with an IP address with proper credentials, through a video management system or with Apps downloaded to Apple or Android devices.
• Due to their unique codec and internal ring-buffer system, Mobotix cameras are particularly friendly to point-to-point wireless, 3G and 4G LTE environments with variable and unpredictable upstream bandwidth. The buffering system allows Mobotix cameras to recover from temporary interruptions or slowdowns in upstream connectivity by storing compressed image data in the buffer until the upstream connection is restored.

Satellite communications 

Satellite System

If wireless or cellular service is not available at your project location, you may want to consider using a satellite system. Satellite systems will work in most locations that lack cellular coverage.

Go to camera location, retrieve video directly from camera

If you don’t have any type of remote communications available, a couple options to retreive video are:

• Run cat5-e shielded cable down pole to a “J” box with ethernet port installed, plug cable into port to retrieve video
• Install wireless access point at this location to access video via your laptop when within 200′ of camera location

SD card onboard camera storage

Most of our camera systems can store images and video clips on-board the camera with an industrial grade 256GB SD Micro Card

Embedded fanless industrial computer with SSD drives

Another option to consider for a stand-alone camera system is to run a video management system (VMS) and storage on an embedded fanless industrial computer with solid state drives (SSD). This requires an outdoor rated NEMA enclosure to provide protection from the elements, and increases the system cost due to additional components and related increase in power requirements.

Hot Swap 2-Bay NAS

NAS or Windows server located at receiving end of point-to-point wireless link

If you have a point-to-point wireless system, the camera can send video to a NAS or Windows server at the receiving end where internet connection and gateway radio is located.

Off-site storage

Images and video clips can be sent to a server at a different location or “in the cloud”. The limitations for this method are available bandwidth if using 4G/LTE communications.

Long Range PIR

Passive infrared sensors are useful for detecting intrusions which can then be investigated with cameras (fixed or PTZ models). PIR sensors can be wireless, require very little power and can detect a human in zero light conditions at up to 400′ distance.

We can integrate ANY SENSOR TYPE into our systems.

IP Access Control

Access Controls for Remote Locations

Monitor and control doors, gates, storage units and cabinets with IP based access controls.

Ideal for solar powered projects due to low power requirement.

Loudspeaker to amplfiy volume

Add an  amplifier installed in NEMA 4X enclosure with 1 or more loudspeakers to deliver sound any distance for talking live or playing recording messages.

Strobe Lights

Add strobe lights to warn away intruders, alert staff when specified events have occurred.

System Health Monitoring Services include:

Connection Issues
Reports when the connection to the system fails or the system goes offline

Camera Failures
Detects if a camera has developed a fault

Tamper Detection
Receive alert if camera has been hit or moved

Recording Issues
Reports if the system records for less than expected

Time & Date Inaccuracy
Reports when the time is incorrect or tampered with

Power where you need it

Runs on natural gas, propane or butane.

Thermoelectric Generators (TEG’s) are designed to run on either natural gas, propane or butane. They range in output size from 5 to 550 watts. TEGs are very reliable, due to the fact that they have no moving parts. Rugged system designs, making them ideal for long-term unattended operation in remote locations that may be exposed to harsh weather conditions or where site visits are difficult.

Some common applications include:

Thermoelectric Generator

• Oil or gas pipelines
• Well sites
• Offshore platforms
• Telecommunications sites
• Well automation
• Monitoring equipment
• Communications systems

How do thermoelectric generators work?

Thermoelectric generators are solid-state heat engines that operate according to the Seebeck effect – a theory that claims a temperature difference across thermoelectric material can be converted directly into electrical power.

Consider fuel cells as an alternative to solar power or working in conjunction with a solar electric power system.

Fuel Cells

Easy installation, theft and vandal proof
Fuel cells are lightweight, compact and can easily be installed into existing cabinets and outdoor boxes. When installed inside a suitable enclosure, the EFOY Pro fuel cell is safe from theft or vandalism.

Non detectable
Fuel cells are suitable for silent watch operations or easily camouflaged when integrated into surroundings that do not attract attention. A running, integrated fuel cell cannot be recognized from the outside. No vibrations, noise, exhaust or heat are detectable.

Emission free
Fuel cells have have minimal impact on the environment. Only small amounts of water vapor and CO2 are emitted