VIDEOTEC HOV32K2A716 HOV Hi-PoE IPM Aluminium Housing with IPM Technology for IP Cameras Instruction Manual

: June 4, 2024
: VIDEOTEC

Table of Contents

About this manual
Notes on copyright and information on trademarks
Safety rules
Identification
Preparing the product for use
Installation
Configuration
Switching on
Maintenance and cleaning
Information on disposal and recycling
Technical data
Technical drawings
References
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HOV Hi-PoE IPM
Aluminum housing with IPM technology for IP cameras

– Instruction manual

About this manual

Read all the documentation supplied carefully before installing and using this product. Keep the manual in a convenient place for future reference.

1.1 Typographical conventions
DANGER!
High-level hazard.
Risk of electric shock. Disconnect the power supply before proceeding with any operation, unless indicated otherwise.
CAUTION!
Medium level hazard.
This operation is very important for the system to function properly. Please read the procedure described very carefully and carry it out as instructed.
INFO
Description of system specifications. We recommend reading this part carefully in order to understand the subsequent stages.

Notes on copyright and information on trademarks

The mentioned names of products or companies are trademarks or registered trademarks.

Safety rules

CAUTION! Device installation and maintenance must be performed by specialist technical staff only.
CAUTION! The electrical system to which the unit is connected must be equipped with an automatic bipolar circuit breaker. The circuit breaker for main supply voltage phase units must have a level of intervention of 20A max. The circuit breaker for low voltage units must have a level of intervention of 6A max. This circuit breaker must be of the Listed type. The minimum distance between the circuit breaker contacts must be 3mm (0.1in). The circuit breaker must be provided with protection against the fault current towards the ground (differential) and the overcurrent (magnetothermal).

The manufacturer declines all responsibility for any damage caused by improper use of the appliances mentioned in this manual. Furthermore, the manufacturer reserves the right to modify its contents without any prior notice. The documentation contained in this manual has been collected and verified with great care. The manufacturer, however, cannot take any liability for its use. The same thing can be said for any person or company involved in the creation and production of this manual.
Before starting any operation, make sure the power supply is disconnected.
Be careful not to use cables that seem worn or old.
Never, under any circumstances, make any changes or connections that are not shown in this handbook. Improper use of the appliance can cause serious hazards, risking the safety of personnel and of the installation.
Use only original spare parts. Non-original spare parts could cause fire, electrical discharge or other hazards.
Before proceeding with installation, check the supplied material to make sure it corresponds to the order specification by examining the identification labels (4.2 Product marking, page 4).
This device was designed to be permanently secured and connected to a building or to a suitable structure. The device must be permanently secured and connected before any operation.
Comply with all the national standards during the device installation.
The installation category (also called Overvoltage Category) specifies the level of main voltage surges that the equipment will be subjected to. The category depends upon the location of the equipment, and on any surge voltage protection provided. Equipment in an industrial environment, directly connected to major feeders/short branch circuits, is subjected to Installation Category III. If this is the case, a reduction to Installation Category II is required. This can be achieved by the use of an insulating transformer with an earthed screen between primary and secondary windings, or by fitting UL-listed Surge Protective Devices (SPDs) from live to neutral and from neutral to earth. Listed SPDs shall be designed for the repeated limiting of transient voltage surges and the following rated operation conditions: Type 2 (SPDs permanently connected to the power network and intended for installation on the load side of the service equipment); Nominal Discharge Current (In) 20kA min. For example: FERRAZ SHAWMUT, STT2240SPG-CN, STT2BL240SPG-CN rated 120Vac/240Vac, (In=20kA). The maximum distance between installation and reduction is 5m.
Any device that could be installed inside the product must comply with the current safety standards.
If the installation is NEMA TYPE 4X, the installer must replace the cable glands of the product with NEMA TYPE 4X cable glands.
Power supply to the product must be exclusively provided by the PoE cable (Power over Ethernet).
For all connections, use cables that are able to withstand temperatures of at least 75°C (167°F).
The product is designed to house only cameras that are properly certified according to IEC/UL 60950-1 or IEC/UL 62368-1 (7W max).
A power disconnect device must be included in the electrical installation, and it must be very quickly recognizable and operated if needed.
To connect the power supply line use the appropriate junction box (UPTJBUL). For further information, refer to the product use and installation manual.
Use Listed tube crimping lugs for the connection of the network conductors to the terminals. The copper tube crimping lugs must be suitable for the type of installation (from -20°C (-4°F) a +80°C (+176°F) min., V-0). Copper tube crimping lugs examples: RP, BP o YP (Cembre).

Identification

4.1 Product description and type designation

The HOV Hi-PoE IPM housing optimally operates with POE and Hi-POE technology, using the power supplied by the Ethernet cable as the sole source of power for all connected devices, thus ensuring maximum efficiency and flexibility of the network system as well as user-friendly installation and low costs.
The innovative IPM (Intelligent Power Management) system enables extremely quick and easy installation with the use of a single Ethernet connecting cable. The Hi-POE IPM system automatically detects all the options, like heating, fan, and illuminator, and then autonomously balances the power to ensure suitable distribution of the same to the connected devices. This guarantees the optimal operation of the IP camera between -30°C (-22°F) and +60°C (140°F), with heat regulation and a cold start (activation at low
temperature).
The IPM system offers an opportunity to refit analog systems with already installed housings by simply changing the slide and internal electronics. This enables the digital conversion, speeding up the installation and thereby minimizing costs and environmental impact.

4.2 Product marking
See the label attached to the product.

Preparing the product for use

** Any change that is not expressly approved by the manufacturer will invalidate the guarantee.
5.1 Unpacking**
When the product is delivered, make sure that the package is intact and that there are no signs that it has been dropped or scratched.
If there are obvious signs of damage, contact the supplier immediately.
When returning a faulty product we recommend using the original packaging for shipping. Keep the packaging in case you need to send the product for repairs.

5.2 Contents
Check the contents to make sure they correspond with the list of materials as below:

Housing
RJ45 wiring
Housing equipment:
Allen wrench
Spacers
Cable glands gaskets
Cable glands (x3)
Bolts and screws
Instruction manual
Desiccant bag

5.3 Safely disposing of packaging material
The packaging material can all be recycled. The installer technician will be responsible for separating the material for disposal, and in any case for compliance with the legislation in force where the device is to be used.

5.4 Preparatory work before installation
5.4.1 Mounting the bracket
**** The product must be fastened with suitable equipment. The fastening means must guarantee mechanical sealing when a force equal to at least 4 times the weight of the device is applied.

Installation

The product may be interfaced with devices not manufactured by VIDEO TECH. VIDEO TECH recommends a test prior to installation. VIDEO TECH will not be liable for any installation costs or lost revenues in the event a compatibility problem will occur.
6.1 Housing Opening
loosen the 2 screws on the side, and turn the cover and the upper half of the body about the opening hinge axis.

After installation and wiring, close the product.

6.2 Slide removal
To remove the slide it is necessary to partially unscrew the fixing screws as shown in the figure. Move the slide, by sliding it until the holes coincide with the slide locking screws.

6.3 Installation of cable glands

For the internal cable routing brackets, it is necessary to use the sealing ring kit (OWBIP). The reduced space does not allow the use of the supplied cable glands. The kit must be bought separately.

Inside the supply are 3 cable glands that must be installed at the bottom of the housing as shown in the figure. The cable glands that are not used must be sealed with the cap to avoid water entering the housing.

6.4 Installation of the GEKO IRH illuminator (optional)

The maximum power of the illuminator must not exceed 6W.
To install the illuminator it is necessary to use the illuminator bracket (OSUPPIR). The kit must be bought separately.

Use the cable glands or the smallest sealing ring to avoid water entering the housing.
To install the illuminator under a housing, refer to the installation manual.
For further details on configuration and use refer to the relative chapter (6.4.4 Connection of the GEKO IRH illuminator (optional), page 8).

6.4.1 Installation of the version with double filter for air renewal
During installation pay attention to the orientation of the air inlet filter fins.

Depending on the angle of inclination of the housing orientation of the filter fins must prevent water from penetrating in case of rain:
To guarantee weatherproof protection, install the housing on the support following the inclination limits as shown in the picture.

6.4.2 Ethernet cable installation
Insert the Ethernet cable in the gasket and block it as shown in figure.

Fit the gasket (01) to the cable gland M20 (02). Fasten the cable gland to the bottom of the housing (03) using the M20 nut (04).

Pay attention to the fixing. Tightening torque: 7Nm.

Pass the cable with connector RJ45 (05) through the M20 cable gland (02). Tighten the cable gland cap (06).

6.4.3 How to install the camera
The correct operation of the equipment, within the temperature range indicated, is guaranteed only if you use a camera and lens with temperature limits equal to at least -10°C and +60°C.

It is possible to install only PoE-type cameras.

Mount the camera using the supplied screws (01) and spacers (02).
Apply at least one spacer to guarantee electrical isolation between the slide and the camera.
Position the camera lens close to the glass to avoid visual interference or optical reflections.
Connect the camera to the J2 connector (PoE OUT) with the supplied cable (03).

Refit the slide in its housing and fix the previously loosened screws.

6.4.4 Connection of the GEKO IRH illuminator (optional)
****Connect the illuminator to the J6 terminal as described in the diagram below.

Mount the camera using the supplied screws (01) and spacers (02).
Apply at least one spacer to guarantee electrical isolation between the slide and the camera.
Position the camera lens close to the glass to avoid visual interference or optical reflections.
Connect the camera to the J2 connector (PoE OUT) with the supplied cable (03).

CONNECTION OF THE GEKO IRH ILLUMINATOR

Tab. 1
To adjust the lighting threshold of the illuminator refer to the product’s use and installation manual.

6.4.5 PoE cable connection
Connect the PoE cable from the Power Injector to the J1 connector.

Before powering the device, you must set the maximum power consumption of the housing operating on dip switch SW1 (7 Configuration, page 9).

6.4.6 Connection of the de-icing heating of the glass (optional)
Connect the heating cable of the de-icing glass to the J3 connector.

6.4.7 Connection of the blower with double filter for air renewal (optional)
Connect the fan cable to the J4 connector.

Configuration

Before powering the device, you must set the maximum power consumption of the housing operating on dip switch SW1.

POWER CONSUMPTION CONFIGURATION

SW1| Maximum power
OFF| PoE Class 3 (13W max)
ON| Hi-PoE class 4 (25W max)

Tab. 2
According to the power consumption, the system can supply the options described in the table (Tab. 3, page 10).

HOV HI-POE IPM AVAILABLE MODELS AND FEATURES

Operating temperature| Injector| Camera| Demisting Heating system| Illuminator| Heater| Anti-icing heated glass| Fan with double air filter
From -10°C (14°F) up to +60°C (140°F)| PoE Class 3 (13W)| PoE max. class
2 (7W)| √| | | | √
Hi-PoE class 4 (25W)| PoE max. class
3 (13W)| √| √| | | √
From -10°C (14°F) up to +60°C (140°F)| PoE Class 3 (13W)| PoE max. class
2 (7W)| √| √| –| –| –
Hi-PoE class 4 (25W)| PoE max. class
3 (13W)| √| | –| –| –
From -30°C (-22°F ) up to +60°C (140°F)| Hi-PoE class 4 (25W)| PoE max. class 3 (13W)| √| –| ,
√| –| –
Hi-PoE class 4 (25W)| PoE max. class 3 (13W)| √| _| √| √| –

Switching on

The automatic pre-heating (De-Ice) process could be started whenever the device is switched on and the ambient temperature is below 0°C (+32°F). The procedure is necessary to guarantee the correct operation of the devices even at low temperatures.
The duration ranges depending on environmental conditions (from 60 minutes up to 120 minutes).

During the lighting phase, the device reads the status of the dip switch and automatically detects all the connection options for the correct energy management of the housing.

The LEDs shown in the figure allow to check the product’s operating status.

Refer to the table to identify the operating status.

OPERATING STATUS

Maintenance and cleaning

9.1 Maintenance
9.1.1 Kit for upgrading of the equipment

The kit cannot be installed in the housing versions equipped with a wiper.

Remove the slide (01), the electronic board (02) and the heating (03).

For kit installation information refer to chapter 6 Installation, page 6.

9.2 Cleaning
9.2.1 Cleaning the window and plastic parts

Avoid ethyl alcohol, solvents, hydrogenated hydrocarbons, strong acid, and alkali. Such products may irreparably damage the surface.

We recommend using a soft cloth with neutral soap diluted with water or specific products to clean the glass’s lenses.

Information on disposal and recycling

The European Directive 2012/19/EU on Waste Electrical and Electronic Equipment (WEEE) mandates that these devices should not be disposed of in the normal flow of municipal solid waste, but they should be collected separately in order to optimize the recovery stream and recycling of the materials that they contain and to reduce the impact on human health and the environment due to the presence of potentially hazardous substances.

The symbol of the crossed-out bin is marked on all products to remember this.

The waste may be delivered to appropriate collection centers or may be delivered free of charge to the distributor where you purchased the equipment at the time of purchase of a new equivalent or without obligation to a new purchase for equipment with a size smaller than 25cm (9.8in).
For more information on the proper disposal of these devices, you can contact the responsible public service.

Technical data

11.1 General
Constructed from aluminum Sunshield in ABS Epoxypolyester powder painting, RAL9002 color Stainless steel external screws

11.2 Mechanical
Internal usable area (WxHxL): 100x70x250mm (3.9×2.7×9.8in)
Cable glands: 1xM12, 1xM16, 1xM20
Glass window extra clear

Dimensions (WxH): 118x75mm (4.6×2.95in)
Unit weight: 3.1kg (6.6lb)

11.3 Electrical
Power absorbed in input: PoE Class 3 (13W) or Hi-PoE class 4 (25W) selectable from dip switch
Available power for the camera (PoE IN class 3): PoE Class 2 (7W)
Available power for the camera (Hi-PoE IN class 4): PoE Class 3 (13W) with Ton -10°C ±2°C “cold start” function
Data line: 10/100Base-T
Illuminator GEKO IRH, low power: 6W
Heater: 8W, electronically controlled, Ton 20°C±2°C (68°F±4°F), Toff 23°C±2°C (73.4°F±4°F)
Fan with thermostat for camera cooling for versions
with double air filter: Ton 35°C±2°C (95°F±4°F), Toff 32°C±2°C (89.6°F±4°F)
Demisting with forced hot air: 5W Anti-icing heated glass: 5W, Ton 30°C±2°C (86°F±4°F), Toff 33°C±2°C (91.4°F±4°F)
Compatible with IEEE 802.3af, IEEE 802.3at/PoE Plus Compatible with the Power Injector (OHEPOWINJ:
VIDEO TECH optional accessory)

11.4 Environment
For indoors and outdoors installation
Operating temperature: From -10°C (14°F) up to +60°C (140°F)
Operating temperature (with heater): From -30°C (-22°F ) up to +60°C (140°F)

11.5 Certifications
Electrical safety (CE): EN60950-1, IEC60950-1, EN62368-1, IEC62368-1
Electromagnetic compatibility (CE): EN50130-4,
EN61000-6-3, EN55022 Classe B, FCC Part. 15 Class B
Outdoor installation (CE): EN60950-22, IEC 60950-22

IP protection degree (EN60529):

IP66/IP67 (with cable glands)
IP66/IP67 (with sealing rings and an internal cable channel)
IP55 (with bracket with internal cable channel)
IP44 (for models with a double filter for ventilation)

IK protection degree (EN62262): IK10 (except for the front glass)
Salty fog resistance: ISO9227, to 1000 hours
UL certification: cULus Listed, TYPE 4X (except for version with double filter for the air exchange, HOV32K2A716)
EAC certification

Technical drawings

The indicated measurements are expressed in millimeters.

Headquarters Italy VIDEO TECH s.r.l.
Via Friuli, 6 – I-36015 Schio (VI) – Italy
Tel. +39 0445 697411 – Fax +39 0445 697414
Email: [email protected]
www.videotec.com