CohuHD Costar RISE 4220HD User manual
Installation Manual 6x-1116C
www.CohuHD.com
RISE™ Series
4220HD
Dome Positioning System
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3
Table of Contents
1.0 General Information 5
1.1 About this document 5
1.2 Additional information and documents related to the camera system 5
1.3 Copyright/Intellectual Property Rights Statement 5
1.4 FCC compliance 5
1.5 Support services 5
1.6 Returns 5
1.7 Shipment 6
2.0 Safety Instructions 7
2.1 Important Information 7
2.2 Grounding 7
3.0 Installation 9
3.1 4220HD Camera Dome System Overview 9
3.2 Optional Accessories 9
3.3 4220HD Interconnection Diagrams 11
3.3.1 Interconnection Diagram with 24 Vac Power Supply, Analog and IP Output 11
3.3.2 Interconnection Diagram with PoE++ Switch 11
3.3.3 Interconnection Diagram with I/O and Non-PoE Switch 12
3.3.4 Interconnection Diagram for 4221HD 12
3.3.5 Power over Ethernet (PoE++) 13
3.4 4220HD Cables 14
3.4.1 18-pin MS Connector and its Mating System Cable Connector 14
3.4.1.1 MS Connector Pinouts (PoE++) 14
3.4.1.2 MS Connector Pinouts (24 Vac) 15
3.4.2 Inputs/Outputs 15
3.4.3 Field Cables 16
3.4.4 4220HD CohuHD-Manufactured System Cables 17
3.5 4220HD Camera System Mounting Methods 19
3.5.1 Camera System Mounts 19
3.6 4220HD Camera System Mounting Diagrams 20
3.6.1 Wall Mount Installation 20
3.6.2 Pole Mount Installation 20
3.7 Installation Procedure 21
3.7.1 Instructions on How to Assemble the Waterproof Shielded RJ45 Coupler 23
3.8 Overall Dimensions 24
3.9 Mounting Brackets Dimensions 25
3.9.1 Wall Mount 25
3.9.2 Pole Mount 25
4.0 Getting Started 26
4.1 Recommended Computer Specifications 26
4.2 System Requirements 26
4.3 Factory Default IP Address and Settings 26
4.4 Factory Default User Names and Passwords 26
4.5 Assigning the Static IP Address 27
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1.0 General Information
1.1 About this document
This document contains information on how to install and maintain the 4220HD Series Camera Dome Sys-
tem. Please read this manual carefully prior to installation to prevent any accidental damage or misuse. The
manual is available from the CohuHD website at:
http://www.cohuhd.com/Support/Product-Documentation
The information in this manual is subject to change without notice.
Note: All graphics contained within this document, including screenshots and other displays, are for ref-
erence use only and are subject to change.
1.2 Additional information and documents related to the camera system
For information on the camera system operation, see Operation manual 6x-1119. The manual is available from
the CohuHD website at:
http://www.cohuhd.com/Support/Product-Documentation
1.3 Copyright/Intellectual Property Rights Statement
Copyright 2015, 2016, 2017 CohuHD Costar, LLC. CohuHD Costar, LLC has intellectual property rights to
technology embodied in the product described in this manual.
CohuHD Costar™, RISE™, and Command Core™ are trademarks of CohuHD Costar, LLC.
1.4 FCC compliance
This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to
Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful inter-
ference when the equipment is operated in a commercial environment. This equipment generates, uses, and
can radiate radio frequency energy, and, if not installed and used in accordance with the instruction manual,
may cause harmful interference to radio communications. Operation of this equipment in a residential area is
likely to cause harmful interference, in which case the user will be required to correct the interference at his
own expense.
Operation is subject to the following two conditions:
(1) this device may not cause harmful interference, and (2) this device must accept any interference received,
including interference that may cause undesired operation. Changes or modifications to this device void the
warranty.
1.5 Support services
Please contact the Customer Service Department for technical assistance.
1.6 Returns
This item was thoroughly tested and carefully packed at the factory prior to shipping. Upon acceptance by the
carrier, the carrier assumes responsibility for the item’s safe arrival. If you receive the item in a damaged con-
dition, apparent or concealed, a claim for damage must be made to the carrier.
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If a visual inspection shows damage upon receipt of this shipment, it must be noted on the freight bill or
express receipt and the notation signed by the carrier’s agent. Failure to do this can result in the carrier refus-
ing to honor the claim.
When the damage is not apparent until the unit is unpacked, a claim for concealed damage must be made.
Make a mail or phone request to the carrier for inspection immediately upon discovery of the concealed dam-
age. Keep all cartons and packing materials.
To return the product to the factory for service, please contact the Customer Service Department for a Return
Material Authorization (RMA) Number.
Prominently display the RMA number on the outside of the shipping container(s) and on paperwork contained
inside. Give a brief description of why the equipment is being returned and list the symptoms of any problems
being experienced with the equipment.
1.7 Shipment
Important:If the camera needs to be shipped, please use the original packaging material which was
designed to protect the product during transportation. If the original packaging is lost or damaged, please
order a replacement from Customer Service.
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2.0 Safety Instructions
2.1 Important Information
Warning: Do not remove the covers or housing. There are no user-serviceable parts inside.
Warning:The Schrader Valves on the camera's dome are for factory use only. Do not attempt to add any
gas to the camera head.
NFPA 70 (Articles 800.30 and 830.30), National Electric Code®requires that a listed primary protector be
installed on the conductors of outdoor communication circuits entering a premises, as close as possible to
the point of entrance. The primary protector must be appropriate to the circuit type (PoE, PoE++, or Eth-
ernet).
Warning: Voltages that present a shock hazard may exist on PoE circuits. Use caution to avoid direct con-
tact with exposed, bare Ethernet circuit conductors or connector contacts.
Warning: Some models of this camera system operate from 24 Vac. Use care working with equipment con-
nected to 24 Vac.
Warning: Do not use y-cables or other non-standard wiring schemes.
Caution: In order to prevent damage or deterioration of the optical system avoid pointing the camera system
directly toward the sun.
lInstallation must be done by qualified installers, and conform to all local codes and regulations.
lAll servicing must be performed by qualified service personnel. Procedures in this manual do not
require entry into the housing of the camera system. The unit contains sensitive devices that can be
damaged by static discharge. To reduce the risk of electric shock and damage to the unit by static dis-
charge do not perform any servicing other than described in these instructions. If the unit is defective,
please contact the Customer Service Department for technical assistance.
lIt is the user’s responsibility to ensure that the mounting methods are safe and adequate for the loca-
tion.
lUse only stainless steel (SS) hardware to fasten the mount to an outdoor surface.
2.2 Grounding
lTo provide protection against electrical surges induced by lightning, static charges, or any other cause,
the camera and cabling system must be properly grounded to earth. For installation on a building, the
camera must be bonded (that is, provided with a low impedance connection) to the building’s structural
earth ground system. For installation on a metal pole with a proper ground system at the base, the cam-
era must be bonded to the pole. For installation on a non-grounded or insulated support, the camera
must be grounded with an adequate ground strap or wire between the camera and a nearby ground sys-
tem, or to a ground system installed at the base of the support. Failure to adequately ground the cam-
era may lead to failure of the camera. This applies to low voltage (24 Vac and PoE cameras) as well as
to 120 Vac cameras. Failures due to surges are not covered by the warranty, as they are not
due to defects in material or workmanship, and it is the installer’s responsibility to meet these
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grounding requirements.
lAll system cables must be shielded, and the shield(s) must be bonded to earth ground.
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3.0 Installation
3.1 4220HD Camera Dome System Overview
The 4220HD Camera System is an IP camera system inside an environmentally sealed and pressurized
dome enclosure. The camera system provides IP video streams with H.264 and MJPEG compression. The
positioning system provides continuous 360° pan (azimuth) motion range with +/- 95° of tilt (elevation). Control
interfaces are via Ethernet network connection or RS422 serial control.
For detailed specifications, download the camera's datasheet from the CohuHD website:
http://www.cohuhd.com/Support/Product-Documentation.
3.2 Optional Accessories
The following optional accessories are recommended by CohuHD and can be purchased with the camera sys-
tem.
Mounts
lWall: CohuHD p/n 7411420-001
lPole: CohuHD p/n 8518-2
Cables
lSee "4220HD CohuHD-Manufactured System Cables " on page 17.
PoE++ Injectors
l115 Vac: CohuHD p/n 7412007-001
l230 Vac: CohuHD p/n 7412007-002
l100 Vac - 240 Vac: p/n 7412007-003
See "Power over Ethernet (PoE++)" on page 13.
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Field Connector
lMating Connector: Amphenol p/n PT06E-14-18SX(476) or equivalent, CohuHD p/n 1310230-212. See
"18-pin MS Connector and its Mating System Cable Connector " on page 14.
Waterproof RJ45 Coupler
lWaterproof RJ45 Coupler: VPI CAT5e-WTP-FF or equivalent, CohuHD p/n 7610203-001.
24 Vac Power Transformer
lAC Outdoor Power Supply: Altronix WayPoint-10A or equivalent, CohuHD p/n 7411543-010.
Outdoor Surge Protective Device for 24 Vac Power
lSurge Protective Device,CAT6 Power-Over-Ethernet: Edco CAT6-POE-1 or equivalent, CohuHD p/n
7411708-005.
Outdoor Surge Protective Device for PoE++
lSurge Protective Device, Power over Ethernet (PoE++): PD-OUT/SP11 or equivalent, CohuHD p/n
7412009-001.
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3.3 4220HD Interconnection Diagrams
The following are interconnection diagrams for the 4220HD camera system:
3.3.1 Interconnection Diagram with 24 Vac Power Supply, Analog and IP Output
3.3.2 Interconnection Diagram with PoE++ Switch
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3.3.3 Interconnection Diagram with I/O and Non-PoE Switch
3.3.4 Interconnection Diagram for 4221HD
The 4221HD Series is shipped with a 45-inch Cat5e pigtail cable (CohuHD p/n 8196401-001) and a coupler
(CohuHD p/n 7610203-001).
Important: For proper sealing, the diameter of the Cat5e cable jacket must be between 6 and 7mm.
The CA276A cable is recommended for use with the 4221HD model.
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3.3.5 Power over Ethernet (PoE++)
The 4220HD camera system is compliant with the LTPoE++™ (Linear Technology) specification.
LTPoE++ maintains interoperability with existing PoE and PoE+ standard equipment and specifies backward
compatibility with IEEE 802.3af (PoE) and 802.3at (PoE+) power sourcing equipment (PSE) and powered
devices (PD). It expands the power available at the PD to four different power levels: 38.7 W, 52.7 W, 70 W
and 90 W.
Power to the camera is supplied through the network cable. Two types of PoE++ implementations are spec-
ified:
lEndspan PoE++: Power is applied directly by the switch to the camera. This method requires the
deployment of a PoE++ enabled switch.
lMidspan PoE++: Power is supplied by an injector placed between an existing non-PoE++ switch and
the camera.
PoE++ injectors can be ordered from CohuHD. Please refer to the CohuHD website in the 4220HD series
specifications section for ordering information. The PoE++ injector selected for use with 4220HD must meet
the following requirement:
lBe compatible with the LTPoE++ specification. Please refer to the following website for more infor-
mation: http://www.linear.com/products/poe_powered_device_(pd)
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3.4 4220HD Cables
3.4.1 18-pin MS Connector and its Mating System Cable Connector
All system electrical connections for the 4220HD series route through an MS-type metal connector installed in
the dome housing. The connector can be wired for PoE++ or 24 Vac operation.
Camera connector: Amphenol p/n PT07C-14-18X(027) or equivalent, CohuHD p/n 1310225-212.
Mating connector: Amphenol p/n PT06E-14-18SX(476) or equivalent, CohuHD p/n 1310230-212 (supplied, if
ordered).
3.4.1.1 MS Connector Pinouts (PoE++)
MS Connector
Pin Function
J I/O 1
P I/O 2
U Alarm I/O Common
M RS422 RX+
N RS422 RX-
S RS422 TX+
R RS422 TX-
L Analog Video Output
A Analog Video Shield
G Overall Shield
D Ethernet TX+
E Ethernet TX-
F Ethernet RX+
H Ethernet RX-
B PoE++ MX3-
T PoE++ MX3+
C PoE++ MX4+
K PoE++ MX4-
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3.4.1.2 MS Connector Pinouts (24 Vac)
MS Connector
Pin Function
J I/O 1
P I/O 2
U Alarm I/O Common
M RS422 RX+
N RS422 RX-
S RS422 TX+
R RS422 TX-
L Analog Video Output
A Analog Video Shield
G Overall Shield
D Ethernet TX+
E Ethernet TX-
F Ethernet RX+
H Ethernet RX-
B 24 Vac Hi
T Not Connected
C 24 Vac Low
K Not Connected
3.4.2 Inputs/Outputs
Inputs
The Inputs can be configured to initiate an event either when a contact closure between an Input and Alarm
Common is detected or when an open circuit between an Input and Alarm Common is detected.
Caution: Do not connect a power source to the inputs.
lConnect pins J and P on the MS connector to Inputs 1 and 2, respectively. A contact closure between
Inputs and Alarm I/O Common (MS connector pin U) will generate an event.
Outputs
The Outputs can be set up to be latched or momentary with programmable momentary duration. When an
event is generated by the software the Output acts as a power switch to ground to control external com-
ponents (the power ground must be referenced to camera ground).
Caution: The source voltage for any Output must not exceed 50 Vdc, and the maximum current must not
exceed 250 mA.
lConnect pin J on the MS connector to Output 1. When an event is generated by the software, a relay
contact connects the Output to the Alarm I/O Common (MS connector pin U).
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3.4.3 Field Cables
lAll system cables must be shielded, and the shield(s) must be bonded to earth ground.
lAll Ethernet wiring must be done in accordance with TIA/EIA 568-C standards.
lTo connect two outdoor Cat5e cables together use a waterproof coupler. For proper sealing, the dia-
meter of the Cat5e cable jacket must be between 6 and 7 mm.
To build the camera system cables, CohuHD recommends:
lFor Ethernet/PoE++: Belden p/n 7919A Multi-Conductor - Category 5e DataTuff® Twisted Pair
Cable,overall Beldfoil shield (100% coverage). CohuHD p/n 7610201-001.
Note: The maximum cable length for Ethernet is 100 m (328’). However, other factors may reduce
the distance Ethernet can be successfully used, such as EMI from other sources. Use an Ethernet
extender to extend an Ethernet cable beyond its distance limitation. CohuHD recommends Enable-IT
860 LRE Kit, which can be purchased with the camera system.
When wiring to the Ethernet pins, consider whether they are to be wired for the NIC (Network Interface
Card) in a PC or for system connections to a hub, switch, router, or similar device.
Ethernet Cable Wiring to a Hub, Switch, or Router (Straight Wiring)
Ethernet Function Camera Connector Corresponding RJ-45 Ethernet Pins
TX+ D 1
TX- E 2
RX+ F 3
RX- H 6
This Ethernet wiring is intended to connect directly to a hub, switch, or router. For connection directly to a PC, it will be nec-
essary to use either a crossover cable or a crossover adapter. Note: For clarity, only signal lines are shown.
Ethernet Cable Wiring to a PC (Crossover Wiring)
Ethernet Function Camera Connector Corresponding RJ-45 Ethernet Pins
TX+ D 3
TX- E 6
RX+ F 1
RX- H 2
This Ethernet wiring is intended to connect a camera to the NIC card in a PC. Note: For clarity, only signal lines are shown.
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Wiring to the PoE pins is the same for the NIC in a PC as for system connections to a hub, switch,
router or similar device.
lFor Power: Two wires, insulated for 300 V minimum, 18 AWG cord for power. Use for distances up to
80 feet (29 m) for 24 Vac cables.
Note: Long cable lengths and/or low mains voltages can cause the 24 Vac power at the camera to
drop below the minimum input voltage (24 Vac -10%) resulting in unreliable operation. In this sit-
uation, use the 28 Vac output tap on the 7411543-010 AC Outdoor Power Transformer to ensure
adequate power to the camera.
lFor I/O: Four wires, insulated for 300 V minimum, 24 AWG. Use for distances up to 250 feet (76.2 m).
lFor Analog Video: The coax cable for analog video must be rated at 75 ohms, and must not exceed a
maximum attenuation of 6 dB at 10 MHz for the length of cable required. For example, Belden 9221
miniature coax is a small, extremely flexible, 75 ohm coax that has an attenuation of 2.2 dB per 100
feet. Do not use it for distances longer than 270 feet ((6 dB / 2.2 dB) x 100 ft. = 272 feet). For mid range
distances use the Belden 8241F (RG-59/U type with 100% copper core), with an attenuation of 0.9 dB
per 100 feet, or a maximum recommended distance of 650 feet. For longer cable runs, the Belden 8238
(RG-11/U type) has an attenuation of 0.7 dB per 100 feet, which would allow for a maximum cable
length of over 850 feet. There are triaxial cables available that can accommodate even longer cable dis-
tances, but a video cable equalizer or fiber optics may prove to be more cost-effective as a long dis-
tance solution.
lFor Data: A shielded two twisted pair data cable is recommended. For lower baud rates (9,600 or less),
the Belden 8723 shielded cable is usually suitable for distances up to 750 feet. For longer cable runs,
and/or faster baud rates, a cable with a lower capacitance per foot must be selected.
lIf the RS422 interface is used for sending and receiving serial data, an RS232/422 converter is used
between the camera system and a computer.
Typical RS232/422 Converter
RS422 Cable Wiring to B&B Converter
Camera Side Converter Side
RS422 Camera Camera Connector Pins RS422 Device
RS422 RX+ M TD(B)
RS422 RX- N TD(A)
RS422 TX+ S RD(B)
RS422 TX- R RD(A)
3.4.4 4220HD CohuHD-Manufactured System Cables
CohuHD-manufactured cables are available for 4220HD series camera systems:
lCA280 for PoE++
lCA279 for 24 Vac
lCA276A Cat5e for 4221HD model.
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Cables are made with prepared leads and/or with combinations of connectors. “Prepared” indicates that the
wire leads are stripped and pre-tinned with solder for attachment to a terminal strip or similar device.
Maximum cable length for camera systems with operating power 24 Vac is 80 feet (29 meters). The length lim-
itation is due to voltage drop in the wires. Maximum cable length for camera system with operating power
PoE++ is 328 feet (100 meters). This length limitation is due to Ethernet signal degradation which increases
with cable length. For Ethernet cables longer than 100 m (328’) an Ethernet extender may be required.
For detailed information, download cable drawings from the CohuHD website:
http://www.cohuhd.com/Support/Product-Documentation.
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3.5 4220HD Camera System Mounting Methods
3.5.1 Camera System Mounts
The 4220HD series is designed for outdoor installation.
For installation:
lUse stainless steel (SS) hardware to fasten the camera system to the mounting bracket and mounting
brackets to surfaces.
lUse anti-seize compound in order to prevent galling on the threads. CohuHD recommends Never
Seez® from Bostick.
lUse gasket materials, if needed.
lUse a sealant wrap on the camera system waterproof connectors and their mating system cable plugs
for additional protection against moisture in severe conditions. CohuHD recommends Coax-Seal®.
lMounts, poles, and metallic conduits must be bonded to earth ground.
The following mounts are recommended by CohuHD and can be purchased with the 4220HD camera system:
lWall: CohuHD p/n 7411420-001
lPole: CohuHD p/n 8518-2
The kit Includes:
Wall mount: CohuHD p/n 7411420-001
Pole Mount: CohuHD p/n 7411421-001
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