NVT NV-216A-PV, NV-218A-PVD User manual

Power-Video-Data CCTV Product Installation Manual

24AWG (0,5mm) = 52 Ohms per 300m
2

2AWG (0,6mm) = 32 Ohms per 300m
20AWG (0,7mm) = 20 Ohms per 300m
1

9AWG (0,8mm) = 16 Ohms per 300m
18AWG (1,0mm) = 13 Ohms per 300m
16AWG (1,3mm) = 8.2 Ohms per 300m

Cat 5 Wire Distance

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at 5 Wire Distance

235

315

400

475

550

630

700

780

3 MHz

4

MHz

5

MHz

6 MHz

9 MHz
8 MHz
7

MHz

10 MHz

100ft

Camera Lines of Resolution

Frequency

300ft

1,000ft

1 mile

3,000ft

10,000ft

30m

100m

300m

1,6km

1km

3km

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Fixed Camera 24VAC only, used with NV-216A-PV

P

ower Supply Voltage

Minimu m Voltage at Camera

789ft (240m)
994ft (303m)

393ft (120m)
495ft (151m)

262ft (80m)

331ft (101m)

1,840ft (561m)
2,320ft (707m)

916ft (279m)

1,155ft (352m)

612ft (186m)
771ft (235m)

B&W Camera, 2.4 W

2-pair 24 AWG
2-pair 23 AWG

Color Camera, 4.8 W

2-pair 24 AWG
2-pair 23 AWG

Color Camera, 7.2 W

2-pair 24 AWG
2-pair 23 AWG

2

4 VAC

21 VAC

28 VAC
21 VAC

Fixed 12VDC Camera used with NV-226J-PV

Power Supply Voltage

1,586ft (748m)
1,999ft (609m)

795ft (242m)

1,002ft (306m)

2,220ft (677m)
2,799ft (853m)

1,113ft (339m)
1,403ft (428m)

B&W Camera, 2.4 W

2-pair 24 AWG
2-pair 23 AWG

Color Camera 4.8 W

2-pair 24 AWG
2-pair 23 AWG

24 VAC

28 VAC

P/T/Z 24VAC Camera used with NV-218A-PVD

Power Supply Voltage
Minimu m Voltage at Camera

90ft (27m)

113ft (35m)

210ft (64m)
265ft (81m)

P/T/Z Camera, 21 W

2-pair 24 AWG
2-pair 23 AWG

24 VAC
21 VAC

28 VAC

21 VAC

Fixed Dual Voltage 24VAC/12VDC Camera with NV-216A-PV

Power Supply Voltage
Minimu m Voltage at Camera

1,753ft (534m)
2,210ft (674m)

874ft (266m)

1,102ft (336m)

583ft (178m)
735ft (224m)

2,454ft (748m)
3,094ft (943m)

1,223ft (373m)
1,542ft (470m)

816ft (249m)

1,029ft (314m)

B&W Camera, 2.4 W

2-pair 24 AWG
2-pair 23 AWG

Color Camera, 4.8 W

2-pair 24 AWG
2-pair 23 AWG

Color Camera, 7.2 W

2-pair 24 AWG
2-pair 23 AWG

24 VAC
14 VAC

2

8 VAC

14 VAC

Models NV-216A-PV, NV-218A-PVD, NV-704J-PVD and NV-716J-PVD

IMPORTANT SAFETY INSTRUCTIONS

1) Read these instructions.

2) Keep these instructions.

3) Heed all warnings.

4) Follow all instructions.

5) Do not use this apparatus near water.

6) Clean only with a dry cloth.

7) Do not block any ventilation openings.

8) Install in accordance with the manufacturer’s
instructions.

9) Do not install near any heat sources such as radiators,
heat registers, stoves or other apparatus (including
DVRs) that produce heat.

10) Do not defeat the safety purpose of the polarized or
grounding-type plug. A polarized plug has two blades with
one wider than the other. A grounding type plug has two
blades and a third grounding prong. The wider blade or
the third prong are provided for your safety. If the provided
plug does not fit into your outlet, consult an electrician for
replacement of the obsolete outlet.

11)Protect the power cord from being walked on or
pinched particularly at plugs, convenience receptacles,
and the point where they exit from the apparatus.

12) Only use attachments/accessories specified by the
manufacturer.

13) Use only with cart, stand, tripod, bracket, or table
specified by the manufacturer, or sold with the apparatus.
When a cart is used, use caution when moving the
cart/apparatus combination to avoid injury from tipover.

14) Unplug this apparatus during lightning storms or when
unused for long periods of time.

15) Refer all servicing to qualified service personnel.
Servicing is required when the apparatus has been
damaged in any way, such as a power supply cord or plug
is damaged, liquid has been spilled, or objects have fallen
into the apparatus, the apparatus has been exposed to
rain or moisture, does not operate normally, or has been
dropped.

TO REDUCE THE RISK OF ELECTRICAL SHOCK, DO
NOT REMOVE COVER OR BACK. NO USER
SERVICEABLE PARTS INSIDE. REFER SERVICING
TO QUALIFIED SERVICE PERSONNEL.

WARNING: TO REDUCE THE RISK OF ELECTRICAL
SHOCK, DO NOT EXPOSE THIS APPARATUS TO RAIN
OR MOISTURE.

This installation should be made by a qualified service

person and should conform to all local codes.

WARNING - Do not install the unit in an
environment where the operating ambient
temperature exceeds 120° F (50° C). The ventilation
should not be impeded by covering the ventilation
openings with items, such as newspapers, table­cloths, curtains, etc. No naked flame sources, such
as lighted candles should be placed on the
apparatus.

Wire Type

The PVD system operates well with Category Unshielded Twisted-Pair
(UTP) wire, 24-22 AWG (0,5-0,6mm). NVT signals may reside near
electromagnetic fields (in accordance with National Electrical Code, and
other local safety requirements).

Low voltage camera power, video and RS-422 or RS485 may be sent
within same wire bundle as datacom signals not telecom.

Do NOT use shielded twisted-pair wire unless it is Category rated. Multi­pair wire with an overall shield (6 or more pairs) is OK.

Do NOT use un-twisted wire.
Wire in underground conduit or wet locations must be polyethylene-

jacketed, gel-filled.
Do not run 24/28 VAC within same wire bundle with telecom or other

datacom signals.
NVT recommends the use of factory-crimped RJ45 patch cables rather

than unreliable field-crimped RJ45s to connect between the NVT device
and an adjacent female RJ45 jack.

Measure Your Wire Distance

All NVT quoted distance specifications include any coax in the run. It is
recommended that the wire distance be measured to ensure that the
capability of the NVT product is correct.

Video Distance: Recommended wire distances for best resolution is
shown in Figure 1. Wire resistance may be measured with an ohm-meter
by shorting the two conductors together at the far end, and measuring the
loop-resistance out and back. See Figure 2.

Power-Video Fixed camera
single channel application

Power and Video at the Camera End

1. Connect the baseband Video signal output from the camera to the
male BNC on the NV-216A-PV or NV-218A-PVD.

2. Connect the camera’s Power input to the 18AWG Power wires on the
NV-216A-PV or NV-218A-PVD. Verify wire distance, camera load and
wire resistance limit for the maximum distance that Power can travel
using Figure 3.

3. Connect the 4-pair Cat-5 using the NV-216A-PV’s or NV-218A-PVD’s
8-pin RJ45 connector on the UTP run to the Equipment Room as
shown in Figure 4.

Connecting the Power-Video at the Equipment Room End

1.Connect the baseband Video input twisted pair to the screwless
terminals adjacent to the RJ45 connector of the NV-218A-PVD, or
using the 8-pin RJ45 connector on the NV-216A-PV or NV-218A-PVD
as shown in Figure 4.

2.Connect the baseband Video signal output from the BNC pigtail on the
NV-218A-PVD or the BNC of the NV-216A-PV directly to the Video
monitor, multiplexer, or DVR.

3.Connect Power via a Class II (SELV) low-voltage Power supply. NVT
recommends the use of 18AWG solid wire. NVT also recommends
Power supplies with individually floating outputs.

Power-Video-Data P/T/Z camera
single channel application

Connecting Power-Video-Data at the Camera End

igure 1 Video Distance Recommendations

F

Figure 2 Resistance per 1,000 ft (300 m) out and back

Camera Power Distance: Different cameras draw different

mounts of current. It is important to make sure that the

a
voltage-drop on the wire allows sufficient voltage for the

amera to operate properly. A camera voltage of 21VAC or

c
greater is usually acceptable. Figure 3 shows typical wire
distances for standard camera configurations.

Figure 3 Power Distance Charts

WARNING - Do not interconnect multiple

outputs.

WARNING - The apparatus shall not be exposed
to dripping or splashing and no objects filled with
liquids, such as vases, shall be placed on the
apparatus.

WARNING - Use only a Certified power cord and
plug (coupler / mains) assemblies for location
installed.

WARNING - Power cord is regarded as main
disconnect.

WARNING - The appliance coupler (power
cord/mains) shall remain readily operable.

WARNING - For safety, never put NVT signals in
the same conduit as high-voltage wiring.

WARNING - Do not restrict airflow around any
active powered NVT products.

1. Connect the baseband Video signal output from the camera to the Male
BNC pigtail connector on the NV-218A-PVD.

2. Connect the camera’s Power input to the screwless terminals marked

Figure 4 Transceiver Pinouts & UTP Wire Colors

Power on the NV-218A-PVD.Verify wire distance, camera load and wire
resistance limit for the maximum distance that Power can travel using
Figure 3.

3. If the camera supports P/T/Z telemetry over RS-422 or RS-485,
connect the camera’s Data terminals to the Data screwless terminals
on the NV-218A-PVD.

4. Connect the 4-pair Cat-5 using the 8-pin RJ45 connector on the UTP run
to the Control end as shown in Figure 4.

Figure 5 Control End Pinouts (NV-704J-PVD)

Connecting the Power-Video-Data at the Equipment Room

1. Connect the 4-pair Cat-5 from the camera end to the RJ45 connector

on the NV-218A-PVD.

2. Connect the baseband Video signal output from the BNC pigtail on the
NV-218A-PVD directly to the Video monitor, multiplexer or DVR.

3. Connect the control equipment data port to the screwless terminals

marked data on the NV-218A-PVD.

4. Connect the Power screwless terminals to a Class II (SELV) low-voltage
Power supply. NVT recommends the use of 18AWG solid wire. NVT also
recommends Power supplies with individually floating outputs.

Figure 6 Control End Pinouts

Channel 1 Channel 2 Channel 3 Channel 4 Channel 5 Channel 6 Channel 7 Channel 8

1

Vid eo 1+ 1 Video 2+ 1 Video 3+ 1 Video 4+ 1 Video 5+ 1 Video 6+ 1 Video 7+ 1 Video 8+

2

Vid eo 1- 2 Video 2- 2 Video 3- 2 Video 4- 2 Video 5- 2 Video 6- 2 Video 7- 2 Video 8-

3

Data A + 3 Data A + 3 Data A + 3 Data A + 3 Data B + 3 Data B + 3 Data B + 3 Data B +

4

Power 1- 4 Power 2- 4 Power 3- 4 Power 4- 4 Power 5- 4 Power 6- 4 Power 7- 4 Power 8-

5

Power 1+ 5 Power 2+ 5 Power 3+ 5 Power 4+ 5 Power 5+ 5 Power 6+ 5 Power 7+ 5 Power 8+

6

Data A - 6 Data A - 6 Data A - 6 Data A - 6 Data B - 6 Data B - 6 Data B - 6 Data B -

7

Power 1+ 7 Power 2+ 7 Power 3+ 7 Power 4+ 7 Power 5+ 7 Power 6+ 7 Power 7+ 7 Power 8+

8

Power 1- 8 Power 2- 8 Power 3- 8 Power 4- 8 Power 5- 8 Power 6- 8 Power 7- 8 Power 8-

C

hannel 9 Channel 10 Channel 11 Channel 12 Channel 13 Channel 14 Channel 15 Channel 16

1

Vid eo 9+ 1 Video 10+ 1 Video 11+ 1 Video 12+ 1 Video 13+ 1 Video 14+ 1 Video 15+ 1 Video 16+

2

Vid eo 9- 2 Video 10- 2 Video 11- 2 Video 12- 2 Video 13- 2 Video 14- 2 Video 15- 2 Video 16-

3

Data C + 3 Data C+ 3 Data C+ 3 Data C+ 3 Data D + 3 Data D+ 3 Data D+ 3 Data D+

4

Power 9- 4 Power 10- 4 Power 11- 4 Power 12- 4 Power 13- 4 Power 14- 4 Power 15- 4 Power 16­5 Power 9+ 5 Power 10+ 5 Power 11+ 5 Power 12+ 5 Power 13+ 5 Power 14+ 5 Power 15+ 5 Power 16+
6 Data C - 6 Data C - 6 Data C - 6 Data C - 6 Data D- 6 Data D- 6 Data D- 6 Data D­7 Power 9+ 7 Power 10+ 7 Power 11+ 7 Power 12+ 7 Power 13+ 7 Power 14+ 7 Power 15+ 7 Power 16+
8 Power 9- 8 Power 10- 8 Power 11- 8 Power 12- 8 Power 13- 8 Power 14- 8 Power 15- 8 Power 16-

Limited Lifetime Warranty

Channel 1-4 Channel 5-8 Channel 9-12 Channel 13-16 Data/Telemetry

1 Video 2+ 1 Video 6+ 1 Video 10+ 1 Video 14+ 1 Data B+
2 Video 2- 2 Video 6- 2 Video 10- 2 Video 14- 2 Data B­3 Video 3+ 3 Video 7+ 3 Video 11+ 3 Video 15+ 3 Data C+
4 Video 1- 4 Video 5- 4 Video 9- 4 Video 13- 4 Data A­5 Video 1+ 5 Video 5+ 5 Video 9+ 5 Video 13+ 5 Data A+
6 Video 3 - 6 Video 7 - 6 Video 11 - 6 Video 15- 6 Data C­7 Video 4+ 7 Video 8+ 7 Video 12+ 7 Video 16+ 7 Data D+
8 Video 4- 8 Video 8- 8 Video 12- 8 Video 16- 8 Data D-

RoHS

VT warrants that the product conforms to NVT’s applicable published

N
specifications and is free of defects and workmanship, for the life of

he product.

t

here shall be no other warranties, express, statutory or otherwise,

T
including any implied warranty of merchantability of fitness or any

ther obligation on the part of NVT with respect to any of the products.

o

n the event that any product is damaged or altered or modified

I
without the express written consent of NVT, any warranty for those

roducts will cease and NVT will have no further liability as it pertains

p

o those products. NVT assumes no responsibility for damages or

t
penalties incurred resulting from the use of this product in a manner
or location other than for which it is intended.

VT’s liability under any warranties shall be discharged by replacing

N

r repairing any part or parts which do not conform to the applicable

o

arranty under normal and proper use. NVT’s liability with respect to

w
any product shall not exceed a refund of the price received by NVT for
that product, and in no event shall NVT have any liability for any
incidental, consequential, special, or indirect damages.

ome states do not allow the exclusion or limitation of special, incidental

S

r consequential damages, so the above limitation or exclusion may not

o

pply to you. This warranty gives you specific legal rights, and you may

a
also have other rights which vary from state to state.

Customer Support

If you are experiencing problems, attempt to simplify your setup. Test
each cable segment separately. For example, test the camera and
monitor together without the other equipment. Then add in the NVT

ransceivers, back-to-back. Test each segment of a long cable-run

t

ndependently. Attempt to isolate the problem.

i
NVT customer support is available for consultation from 8:00 AM to

5:30 PM PST Monday through Friday. In addition, emergency after­hours callback support is available.

S Office: (+1) [phone]

U
US Fax: (+1) [phone]
UK Office: (+44) (0)20 8977 6614
UK Fax: (+44) (0)20 8973 1855
Email USA: www.nvt.com/email

mail UK: www.nvt.com/email

E

eb home page: www.nvt.com

W

Camera Connections
NV-716J-PVD Wiring Diagram

Control Room Connections

igure 7 Control End Pinouts (NV-716J-PVD)

F

Returns

lease call before returning units to NVT. Returned materials must

P

ave a “Returned Materials Authorization” (RMA) number from NVT

h
marked on the outside of the shipping carton.

Agency

hese NVT products are listed and/or conform to the following

T

ertifications and directives:

c

L Listed to UL2044 or UL/IEC 60065.

U

UL Listed to CAN/CSA22.2 No. 1 for Canada.

c

E Mark under EMC and low voltage

C

omplies with FCC part 15B limits

C

irectives for the European Union.

D

Power-Video-Data 4-Channel Application using the NV-704J-PVD at the Telecommunications Closet or IDF

Power-Video-Data at the Camera End

1.Connect the NV-216A-PV or the NV-218A-PVD as shown in the examples on the other side.

2.Connect the 4-pair Cat5 UTP cables coming from the cameras into the appropriate camera port on the NV-704J-PVD using the RJ45 connector as shown in Figure 4 (previous page).

3.Connect the outputs of your independent power supply into the appropriate Camera Power terminals on the NV-704J-PVD. Torque to 2 in-lbs (0.22 Nm). NVT recommends the use of 18AWG (1,0 mm)
solid conductor wire. NVT also recommends that the external power supply have individually floating outputs.

Power-Video-Data at the Equipment Room End

4.Connect the NV-704J-PVD’s Control Room outputs to the NV-413A or NV-452R via UTP using RJ45 connectors and Cat5 cable. The control end pinouts are listed in Figure 5(previous page). If P/T/Z
telemetry is required, connect a second RJ45 Cat5 cable from the data port to the DVR’s RS-422 or RS-485, control output.

Power-Video-Data 16-Channel Application using the NV-716J-PVD at the Telecommunications Closet of IDF

Power-Video-Data at the Camera End

1. Connect the NV-216A-PV or the NV-218A-PVD as shown in the examples on the other side.

2. Connect the 4-pair Cat5 UTP cables coming from the cameras into the appropriate camera port on the NV-716J-PVD using the RJ45 connector as shown in Figure 4 (previous page).

3. Connect the outputs of your independent power supply into the appropriate Camera Power terminals on the NV-716J-PVD. Torque to 2 in-lbs (0.22 Nm) Figure 5 (previous page). NVT
recommends the use of 18AWG (1,0 mm) solid conductor wire. NVT also recommends that the external power supply have individually floating outputs.

Power-Video-Data at the Equipment Room End

4. Connect the NV-716J-PVD’s Control Room outputs to the NV-1613, NV-1613S, NV-1662 or NV-1672 via UTP using RJ45 connectors and Cat5 cable. See the NV-716J-PVD wiring
diagram above. If P/T/Z telemetry is required, connect additional RJ45 Cat5 cable(s) from the data port(s) to the DVR’s RS-422 or RS-485 Code Converter (alternately known as a
data distribution unit or fan-out unit.) Additional details can be found at www.nvt.com.

Copyright (c) 2011 NVT, Inc. 451-218-1-H

08/11