Wisenet Tec-f series User manual

INS_TE(C,U)-FX 08/12/19 PAGE 1

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

TE(C,U)-F Series

ETHERNET OVER COPPER EXTENDER WITH

PASS-THROUGH POE UP TO 15 WATTS

The Ethernet over copper line supports up to sixteen channels of 10/100Mbps

Ethernet with Pass-through PoE over twisted pair cable (CAT-5, UTP), or over

coaxial cable. The single channel units may be powered by a PoE switch or the

included power supply. Four and sixteen channel units operate from local power.

These units provide the ultimate flexibility for extending a powered device (PD)

over long distance copper. DIP switches are provided for user-selection of local or

remote, 10 or 100Mbps, and 1 pair or 4 pair (UTP) settings.

The TE(C,U)-F16 are 1RU rack mountable units. The TE(C,U)-F04 units are

interchangeable between stand-alone or card mount configurations, or may be DIN-

rail mounted by the addition of model SBP-UDR.The TE(C,U)-F01 units are stand-

alone, or may be DIN-rail mounted by the addition of model SBP-UDR adaptor.

This manual serves the following

Model Names:

TEC-F01

TEC-F04

T EC - F16

TEU-F01

TEU-F04

T EU - F16

INS_TE(C,U)-FX 08/12/19 PAGE 2

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

FIGURE 1 – TEC-F01 SINGLE CHANNEL COAX UNIT

FIGURE 3 – TEU-F01 SINGLE CHANNEL UTP UNIT

FIGURE 2 – TEC-F01 SINGLE CHANNEL COAX UNIT

FIGURE 4 – TEU-F01 SINGLE CHANNEL UTP UNIT

EXT DISTANCE

ETHERNET

Power: Operates on PoE power

OR 9 to 36 VDC

OR 24 VAC

Power Consumption: 1.5 W

Power: Operates on PoE power

OR 9 to 36 VDC

OR 24 VAC

Power Consumption: 1.5 W

Black (AC or DC–)

Black w/ White

Stripe (AC or DC+)

Black (AC or DC–)

Black w/ White

Stripe (AC or DC+)

Local/Remote push button

See Installation Instructions,

Step 3

Local/Remote DIP switch

10/100 data rate DIP switch

Wire pair DIP switch

10/100 data rate DIP switch

Local/Remote DIP switch

DOWN

Switch UP DOWN

Local/Remote Remote Local

10/100 10 Mbps 100 Mbps

See Installation Instructions for more information

Switch UP DOWN

Local/Remote Remote Local

10/100 10 Mbps 100 Mbps

Wire Pair 4 Pair 1 Pair

See Installation Instructions for more information

INS_TE(C,U)-FX 08/12/19 PAGE 3

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

FIGURE 3 – TEC-F04 FOUR CHANNEL SURFACE OR RACK MOUNT COAX UNIT

FIGURE 4 – TEC-F04 FOUR CHANNEL SURFACE OR RACK MOUNT COAX UNIT

CH1 EXT

DISTANCE

CH1 ETHERNET

CH2 EXT

DISTANCE

CH2 ETHERNET

CH3 EXT

DISTANCE

CH3 ETHERNET

CH4 EXT

DISTANCE

CH4 ETHERNET

Operating Power: 9 to 15 VDC

Power Consumption: 5W

Black (DC-)

Black w/ White

Stripe (DC+)

Local/Remote push button

See Installation Instructions,

Step 3

10/100 data rate

DIP switch

See Installation

Instructions, Step 1

Local/Remote DIP switch

See Installation Instructions,

Step 3

INS_TE(C,U)-FX 08/12/19 PAGE 4

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

FIGURE 5 – TEU-F04 FOUR CHANNEL SURFACE OR RACK MOUNT UTP UNITS

FIGURE 6 – TEU-F04 FOUR CHANNEL SURFACE OR RACK MOUNT UTP UNITS

CH1 EXT

DISTANCE

CH1 ETHERNET

CH2 EXT

DISTANCE

CH2 ETHERNET

CH3 EXT

DISTANCE

CH3 ETHERNET

CH4 EXT

DISTANCE

CH4 ETHERNET

Operating Power: 9 to 15 VDC

Power Consumption: 5W

Black (DC–)

Black w/ White

Stripe (DC+)

Local/Remote DIP switch

See Installation Instructions, Step 3

Wire pair DIP switch

See Installation Instructions, Step 2

Data rate DIP switch

See Installation Instructions, Step 1

INS_TE(C,U)-FX 08/12/19 PAGE 5

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

CH4 EXT DISTANCE

CH12 EXT DISTANCE

CH5 ETHERNET

CH13 ETHERNET

CH8 EXT DISTANCE

CH16 EXT DISTANCE

CH1 ETHERNET

CH9 ETHERNET

CH3 EXT DISTANCE

CH11 EXT DISTANCE

CH6 ETHERNET

CH14 ETHERNET

CH7 EXT DISTANCE

CH15 EXT DISTANCE

CH2 ETHERNET

CH10 ETHERNET

CH2 EXT DISTANCE

CH10 EXT DISTANCE

CH7 ETHERNET

CH15 ETHERNET

CH6 EXT DISTANCE

CH14 EXT DISTANCE

CH3 ETHERNET

CH11 ETHERNET

CH1 EXT DISTANCE

CH9 EXT DISTANCE

CH8 ETHERNET

CH16 ETHERNET

CH5 EXT DISTANCE

CH13 EXT DISTANCE

CH4 ETHERNET

CH12 ETHERNET

FIGURE 7 – TEC-F16 MULTICHANNEL RACK COAX UNITS

Data rate DIP switch

See Installation

Instructions, Step 1

Data rate DIP switch

See Installation

Instructions, Step 1

Data rate DIP switch

See Installation

Instructions, Step 1

Data rate DIP switch

See Installation

Instructions, Step 1

Operating Power: 9 to 15 VDC

Power Consumption: 20W

Black (DC–)

Black w/ White Stripe (DC+)

INS_TE(C,U)-FX 08/12/19 PAGE 6

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

CH4 EXT DISTANCE

CH12 EXT DISTANCE

CH5 ETHERNET

CH13 ETHERNET

CH8 EXT DISTANCE

CH16 EXT DISTANCE

CH1 ETHERNET

CH9 ETHERNET

CH3 EXT DISTANCE

CH11 EXT DISTANCE

CH6 ETHERNET

CH14 ETHERNET

CH7 EXT DISTANCE

CH15 EXT DISTANCE

CH2 ETHERNET

CH10 ETHERNET

CH2 EXT DISTANCE

CH10 EXT DISTANCE

CH7 ETHERNET

CH15 ETHERNET

CH6 EXT DISTANCE

CH14 EXT DISTANCE

CH3 ETHERNET

CH11 ETHERNET

CH1 EXT DISTANCE

CH9 EXT DISTANCE

CH8 ETHERNET

CH16 ETHERNET

CH5 EXT DISTANCE

CH13 EXT DISTANCE

CH4 ETHERNET

CH12 ETHERNET

FIGURE 8 – TEU-F16 MULTICHANNEL RACK UTP UNITS

Data rate DIP switch

See Installation

Instructions, Step 1

Data rate DIP switch

See Installation

Instructions, Step 1

Data rate DIP switch

See Installation

Instructions, Step 1

Data rate DIP switch

See Installation

Instructions, Step 1

Wire pair DIP switch

See Installation

Instructions, Step 2

Wire pair DIP switch

See Installation

Instructions, Step 2

Wire pair DIP switch

See Installation

Instructions, Step 2

Wire pair DIP switch

See Installation

Instructions, Step 2

Operating Power: 9 to 15 VDC

Power Consumption: 20W

Black (DC–)

Black w/ White Stripe (DC+)

INS_TE(C,U)-FX 08/12/19 PAGE 7

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

APPLICATION DIAGRAMS

Note: Coaxial applications use TEC modules; UTP applications use TEU modules.

PoE Pass-Through Mode

Non-PoE Mode

Multichannel Non-PoE Application

Multichannel PoE Application

IMPORTANT NOTE. PLEASE READ. The applications are

shown as general representations only and are not intended

to show detailed network topologies. Your actual network

will differ, requiring changes or perhaps additional network

equipment to accommodate the systems as illustrated.

Please contact Technical Support to discuss your specific

requirements.

PoE

Ethernet Switch

or Midspan

Local Remote

TE(C,U)-F01 TE(C,U)-F01 PoE Camera

Ethernet

Switch

Local Remote

Power Power Power

TE(C,U)-F01 TE(C,U)-F01 IP Camera

Ethernet

Switch

Local Remote

TE(C,U)-F04

TE(C,U)-F16

TE(C,U)-F01

Power

IP Camera

Power Power

IP Camera

Power Power

IP Camera

Power Power

IP Camera

Power Power

IP Camera

Power Power

IP Camera

Power

PoE Camera

Local Remote

Power

TE(C,U)-F16

TE(C,U)-F04

TE(C,U)-F01

Power

PoE

Ethernet Switch

or Midspan

Ethernet Connection

PoE Power

Extended Connection

INS_TE(C,U)-FX 08/12/19 PAGE 8

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

INSTALLATION INSTRUCTIONS

1 - SET 10/100 SWITCH

Locate the 10/100 data rate DIP switch on the unit.

Set the data rate according to bandwidth required.

NOTE: The data rate must be set the same on both the local and remote units.

2 - SET WIRE PAIR DIP SWITCHES (UTP MODELS ONLY, FOR COAX MODELS SKIP TO STEP 3)

Locate the wire pair DIP switch on the unit.

Set the pair according to number of twisted wire pairs used (1 or 4).

NOTE: The number of pairs selected must be set the same on both the local and remote units.

PoE Pass-Through mode is only available in 4-pair mode and requires a PD device connected to

the remote unit to operate.

3 - SET LOCAL/REMOTE SWITCHES (1 AND 4 CHANNEL UNITS ONLY, FOR RACK UNITS SKIP TO STEP 4)

Locate the Local/Remote Dip switch and set to “LC” at the head end or “RM” at the camera end.

Locate the Local/Remote push button switch (coax units only), and set to the same setting as the dip switch.

The TE(C,U)-F16 units are preconfigured as Local devices.

4 - CONNECT EXTENDED WIRING

Connect Extended Distance Port to field wiring.

5 - CONNECT NETWORK WIRING

Using CAT5/5e cabling, connect Local unit to network and Remote unit to camera.

6 - CONNECT POWER

Connect power to unit per the following table:

Power Connections per Use Case

Unit Local Power Pass-Through PoE

TE(C,U)-F01 9 to 36 VDC or 18 to 32 VAC No external power required

TE(C,U)-F04 9 to 15 VDC (9 VDC†when in a SBP-C03 or SBP-C14 rack)

TE(C,U)-F16 9 to 15 VDC

†Contact pre-sales support, or refer to the appropriate installation and operation manual when configuring and specifying power for a deployment.

7 - VERIFY FUNCTIONALITY

See LED table below and Troubleshooting Guide if corrective action is needed. See figures beginning on page 6 for LED

configurations for each model.

Indicating LEDs

PWR Ethernet Link Ethernet Activity EXT LNK

GREEN Power Applied – Activity Detected 10Mbps

YELLOW –Link Established –100Mbps

OFF Power Off No Link No Activity No Link

Ethernet

Activity

Ethernet

Link

EXT Link Power

TEU-F01 Only

For 1-pair mode, use the first

pair of pins (pins 1 and 2) of the

“Extended Ethernet” RJ-45 port.

INS_TE(C,U)-FX 08/12/19 PAGE 9

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

1 Mixed PoE and Non-PoE systems can be implemented.

2 All Non-PoE systems require local power.

3 PoE powered operation requires that a PoE Camera be connected, and that the camera power requirements are understood.

4 Multiple Channel units (TE(C,U)-F04, TE(C,U)-F16) require 9 to 15 VDC for proper operation. The TE(C,U)-F04 can be used in a

SBP-C14 or SBP-C03.

5 Single Channel units (TE(C,U)-F01) require power for all Non-PoE applications. Local power can be used in PoE application to

minimize PoE consumption.

6 Lower data rates generally provide longer operating distances.

7 Rack units (TE(C,U)-F16) are pre-configured for Local (LC) and have no configurable Local/Remote switch. Any unit connected to one

of these rack units via an extended distance port must be configured as Remote (RM) for proper operation.

APPLICATION NOTES

APPROXIMATE MAXIMUM EXTENDED DISTANCES1

TROUBLESHOOTING GUIDE

Problem Steps to Take

Indicating LEDs not lighting Non-PoE: Check that power is properly applied to the unit

PoE: Check that PoE camera is connected, PoE source is enabled.

No Communication Check Ethernet Link LEDs, Extended Link LEDs, All Connections, Local/Remote and 10/100 switches are set properly. Verify that Local

units are installed at the head end and that Remote units are installed in the field.

Bad Video Make sure Data Rate Switch is set properly, and the extended distance is within specifications (see Table “Approximate

Maximum Extended Distances”).

PoE Not Supplied to PD Make sure camera is IEEE 802.3af rated, PoE Source switch is set properly, and the extended distance is within specifications (see Table

“Approximate Maximum Extended Distances”).

Units not reaching

estimated max distances

over COAX or CAT5/UTP

Check extended distance cable and connections. Try connection on a short cable to eliminate possibility of faulty cabling.

Check that the extended distance wire is connected to Extended Distance Port.

Verify that there is no additional equipment (e.g. surge protector) on the Extended Link. The cable should be continuous from end to end,

with no active components.

Media COAX - RG59/U UTP - 4 pair UTP - 1 pair

Data Rate 10M 100M 10M 100M 10M 100M

Source Power 15W 30W 15W 30W 15W 30W 15W 30W N/A

Non-PoE Max.Distance15,000 ft

1,524 m

2,000 ft

610 m

3,000 ft

914 m

2,000 ft

610 m

3,000 ft

914 m

1,000 ft

305 m

PoE CLASS2 (6.5W)13,000 ft

914 m

3,000 ft

914 m

2,000 ft

610 m

2,000 ft

610 m

3,000 ft

914 m

3,000 ft

914 m

2,000 ft

610 m

2,000 ft

610 m N/A

PoE CLASS3 (13W)1750 ft

228 m

850 ft

259 m

750 ft

228 m

850 ft

259 m

750 ft

228 m

850 ft

259 m

750 ft

228 m

850 ft

259 m N/A

[1] Distance figures are based on a 50 V PSE PoE power source, and external power supplies for the extenders. Distance figures are obtained using

in-house testing mirroring installations. Factors such as coaxial and copper cable quality, the number of connectors and splices in the cable run,

the use of PoE, and environmental conditions encountered within the installation might affect the actual transmission distance and should be

taken into consideration. Due to advanced negotiation signaling required in IEEE802.3at applications, pass-through applications are limited to

IEEE802.3af PD devices only. When using UTP models Pass-Through PoE is only possible in 4-pair mode.

INS_TE(C,U)-FX 08/12/19 PAGE 10

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

FIGURE A

Dimensions are for a small size module

FIGURE B

Dimensions are for a standard module

FIGURE C

Dimensions are for a 19″Rack Unit

8.38cm

[3.3in]

2.7cm

[1.06in]

4.19cm

[1.65in]

0.8cm

[0.31in]

0.4cm

[0.16in]

0.62cm

[0.24in]

6.37cm

[2.50in]

13.2cm

[5.2in]

11.9cm

[4.7in]

15cm

[5.9in]

7.5cm

[2.9in]

0.63cm

[0.25in]

2.75cm

[1.1in]

44.45cm

[17.50in]

48.26cm

[19.0in]

15.44cm

[6.08in]

1.9cm

[0.75in]

4.37cm

[1.72in]

1.9cm

[0.75in]

PRODUCT DIMENSIONS

INS_TE(C,U)-FX 08/12/19 PAGE 11

INSTALLATION AND OPERATION MANUAL TE(C,U)-F SERIES

INSTALLATION CONSIDERATIONS

These units are supplied as Standalone/Rack mounted module. Units should be installed in dry locations protected from extremes of temperature and

humidity.

IMPORTANT SAFEGUARDS:

A) Elevated Operating Ambient - If installed in a closed or multi-unit rack assembly, the operating ambient temperature of the rack environment may be greater than

room ambient. Therefore, consideration should be given to installing the equipment in an environment compatible with the maximum ambient temperature (Tma)

specified by the manufacturer.

B) Reduced Air Flow - Installation of the equipment in a rack should be such that the amount of air flow required for safe operation of the equipment is not compromised.

SBP-C14 / SBP-C03 CARD CAGE RACKS

CAUTION: Although the units are hot-swappable and may be installed without turning power off to the rack, Hanwha recommends that the power

supply be turned off and that the rack power supply is disconnected from any power source. Note: Remove electrical connector before installing in

card cage rack.

1.Make sure that the card is oriented right side up, and slide it into the card guides in the rack until the edge connector at the back of the card seats