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 DISTANCES
1
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.Distance
1
5,000 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)
1
3,000 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)
1
750 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.
