KBC Compact Transceiver User Manual

Compact Transceiver
Table of Contents
0. Product Type...................................................................................................1
1. Overview ..........................................................................................................2
1.1 Introduction...............................................................................................................2
1.2 Technical Specification.............................................................................................2
2. Package Contents..........................................................................................3
3. Transmitter Enclosure ..................................................................................3
3.1 Video Transmitter.....................................................................................................3
3.1.1 8 Bit Video Transmitter ..................................................................................3
3.1.2 10 Bit Video Transmitter................................................................................4
3.2 Video Transmitter with Return Data........................................................................5
3.3 Video Transmitter with Bi-directional Data.............................................................6
3.4 Video Transmitter with Bi-directional Data and Contact Closure.........................7
3.5 Video Transmitter with Contact Closure.................................................................9
3.6 Data Transmitter.....................................................................................................10
3.7 Contact Closure Transmitter ..................................................................................11
3.7.1 Forward directional Contact Closure Transmitter.......................................11
3.7.2 Bi-directional Contact Closure Transmitter................................................12
4. Receiver Enclosure .....................................................................................13
4.1 Video Receiver.......................................................................................................13
4.1.1 8 Bit Video Receiver.....................................................................................13
4.1.2 10 Bit Video Receiver..................................................................................14
4.2 Video Receiver with Return Data..........................................................................15
4.3 Video Receiver with Bi-directional Data...............................................................16
4.4 Video Receiver with Bi-directional Data and Contact Closure...........................17
4.5 Video Receiver with Contact Closure...................................................................19
4.6 Data Receiver.........................................................................................................20
4.7 Contact Closure Receiver......................................................................................21
4.7.1 Forward directional Contact Closure Receiver..........................................21
4.7.2 Bi-directional Contact Closure Receiver....................................................22
5. Power Input Specifications........................................................................24
I
6. Data Block Connection and DIP Switch Setting ....................................24
7. Caution...........................................................................................................25
8. Typical Application ......................................................................................26
9. Dimensions (mm).........................................................................................28
10. Warranty.......................................................................................................29
11. Instruction of Disassembly......................................................................30
II
Compact Transceiver User Manual
0. Product Type
Configuration Fiber SM MM
1310nm 1310nm/1550nm ST/PC SC/PC FC/PC
Video 8bit 10bit Data RS422 RS232/RS422/RS485 Return directional
Bi-directional
Contact Bi-directional Forward directional Power Plug US Power Plug UK Power Plug
Euro Power Plug Australian Power Plug
Dimensions (L×W×H)
70mm×76mm×24mm/2.76×2.98×0.94
77mm×70mm×44mm/3.03×2.76×1.73
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Compact Transceiver User Manual
1. Overview
1.1 Introduction
The compact transceiver is designed using advanced ASIC and high-speed DSP technologies. This series employs multiplexing and de-multiplexing techniques to transmit and receive video, data, and contact closure over a single-mode or multi-mode optical fiber in all digital signaling with no compression; making it ideal for applications where input signal integrity and quality must be maintained and no loss should be induced. Because the series utilizes all-digital, non-compression technology, it is able to transmit signals without distortion; whereas the analog technology inherently noisy, low quality, long term instability and susceptible to electromagnetically and environmental interference. This series accepts a variety of video inputs, such as analog or digital video recorder, DVD/VCD, digital camera, and CCTV. PAL, NTSC and SECAM standards are supported. It supports standard RS232/RS422/2 wires RS485/4 wires RS485 pan-tilt-zoom control signaling. Contact closure can be used to control remote I/O switch such as power supply switch or alarm/alert indicators. Plug-and-Play design ensures ease of installation and no electrical or optical adjustment is required. LED indicators are provided for showing operating status. The compact transceiver is fully assembled using SMT components for stability and reliability.
1.2 Technical Specification
VIDEO
Signal Level 1.0VPP typical, 1.5VPP max.,75Ω Sampling Resolution 8 bit 10 bit Differential Gain < 2% < 1% Differential Phase < 2º < 0.7º Signal to Noise Ratio (SNR) 62dB typical 67dB typical Connector Type BNC
DATA Interface RS232/RS422/2 wires RS485 or 4 wires RS485 RS232 Data Rate DC 115.2kbps RS422/485 Data Rate DC 250Kbps RS422/485 Distance 0 ~ 1200m
RS422/485 Signaling Connector Type Terminal
CONTACT CLOSURE
Contact Max. voltage/current 25V/0.8A(DC), 110V/0.4A(AC) Connector Type Terminal
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Transparent to all RS422/RS485 signaling; Compatible to 2 wires RS485 or 4 wires RS485.
Compact Transceiver User Manual
OPTICAL SM MM
Wavelength 1310nm 1550nm 1310nm 1550nm Optical Out Power -13 dB -10 dB -13 dB -10 dB Optical Sensitivity Fiber power budget Effective Fiber power budget
-30 dB ≤ -25 dB ≤ -26 dB ≤ -22 dB
17 dB ≤ 15 dB ≤13 dB ≤12 dB
15 dB ≤ 12 dB
Fiber Type 9/125μm(SM) 62.5/125μm(MM) Distance 0 ~ 25km 0 ~2km
GENERAL
Operating Temperature -40 ~ 70˚C / -40 ~ +158ºF Relative Humidity 0 ~ 95% non-condensing
Mean Time Between Failure (MTBF) > 100,000hrs Enclosure Color Silver
2. Package Contents
One Transmitter One Receiver One power supply adaptor
One User Manual
Please contact dealer or distributor if part is missing or damaged.
3. Transmitter Enclosure
3.1 Video Transmitter
3.1.1 8 Bit Video Transmitter
Transmitter Top View
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Compact Transceiver User Manual
Transmitter Right View
Connectors:
FIBER: Fiber Optic. VIDEO: Video input, BNC.
LEDs Definition:
POWER: Power Supply. On if power input is OK. Off if no power present.
Transmitter Left View
Connectors:
: Ground Pin.
12~24V: Power Supply refers to section 5. Power Input Specifications.
3.1.2 10 Bit Video Transmitter
Transmitter Top View
Transmitter Right View
VIDEO
+
-
12~24V
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Compact Transceiver User Manual
NA VIDEO NA NA
Connectors:
VIDEO: Video input, BNC. 12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Transmitter Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
VIDEO: Video. On if video input is OK. Off if no video present.
3.2 Video Transmitter with Return Data
Transmitter Top View
Transmitter Right View
Connectors:
FIBER: Fiber Optic. VIDEO: Video input ,BNC.
LEDs Definition:
SYNC: Fiber Link and Video Flash if the link is not OK.
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Compact Transceiver User Manual
1 2 3 4
Off if the link is OK but the video is not OK.
On if the link and the video are OK.
DATA: Data receive Flash if data being received.
Off if no data being received.
Transmitter Left View
Connectors:
: Ground Pin.
DATA: RS422 Data Terminal, Terminal pins assignment as below.
RXD+ RS422 receive signal +”, output
1
RXD RS422 receive signal “−”, output
2
NC
3
NC
4
12~24V: Power Supply refers to section 5. Power Input Specifications.
3.3 Video Transmitter with Bi-directional Data
Transmitter Top View
DATA DIP
Transmitter Right View
VIDEO
+
-
12~24V
Connectors:
VIDEO : Video input, BNC.
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Compact Transceiver User Manual
FIB VIDEO DATA1 DATA2
DATA: RS232/RS422/2 wires RS485/4 wires RS485 compatible. Terminal pins
assignment and DIP Switch setting refer to Table 1 and Table2 in section 6. Data Block Connections and DIP Switch Setting.
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Transmitter Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good. On if no link continuity. VIDEO: ;Video. On if video input is OK. Off if no video present.
DATA1: RS232/RS422/ 4 wires RS485 Transmit Data. :Flash if data being transmitted.
Off if no data being transmitted.
2 wires RS485 Transmit/ Receive Data. Flash if there is activity.
DATA2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.
Off if no data being received.
3.4 Video Transmitter with Bi-directional Data and Contact Closure
Transmitter Top View
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Compact Transceiver User Manual
1 2 3 4
FIB VIDEO DATA1 DATA2
C1 C2
DATA DIP
VIDEO
+
-
12~24V
Transmitter Right View
Connectors:
VIDEO : Video input, BNC.
DATA: RS232/RS422/2 wires RS485/4 wires RS485 compatible. Terminal pins
assignment and DIP Switch setting refer to Table 1 and Table2 in section 6.
Data Block Connections and DIP Switch Setting. C1: Contact Closure input. C2: Contact Closure output.
The Contact Closure state, Open or Close, of the contact closure on the
transmitter end follows the state of the contact closure on the receiver end. I.e.
if the contact on the receiver end is Close, the contact on the transmitter end is
made to be Close. If the contact on the receiver end is Open, the contacts on
the transmitter end is made to be Open.
Terminal pins assignment as below:
Contact closure input A
1
Contact closure input B
2
Contact closure output A
3
Contact closure output B
4
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Transmitter Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good. On if no link continuity. VIDEO: ;Video. On if video input is OK. Off if no video present.
DATA1: RS232/RS422/ 4 wires RS485 Transmit Data. :Flash if data being transmitted.
Off if no data being transmitted.
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Compact Transceiver User Manual
NA VIDEO DATA1 NA
1 2 3 4
2 wires RS485 Transmit/ Receive Data. Flash if there is activity.
DATA2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.
Off if no data being received.
3.5 Video Transmitter with Contact Closure
Transmitter Top View
C1 C2
VIDEO
+
-
12~24V
Transmitter Right View
Connectors:
VIDEO: Video input, BNC.
C1: Contact Closure input. C2: Reserved.
Terminal pins assignment as below:
Contact closure input A
1
Contact closure input B
2
NC
3
NC
4
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Transmitter Left View
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Compact Transceiver User Manual
FIB NA DATA1 DATA2
1 2 3 4
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
VIDEO: Video. On if video input is OK. Off if no video present. DATA1: Contact Closure. On if the contact closure is Close.
Off if the contact closure is Open.
3.6 Data Transmitter
Transmitter Top View
DATA DIP
Transmitter Right View
+
-
12~24V
Connectors:
DATA: RS232/RS422/2 wires RS485/4 wires RS485 compatible. Terminal pins
assignment and DIP Switch setting refer to Table 1 and Table2 in section 6. Data Block Connections and DIP Switch Setting.
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Transmitter Left View
Connectors:
FIB: Fiber Optic.
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Compact Transceiver User Manual
: Ground.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good. On if no link continuity.
DATA1: RS232/RS422/ 4 wires RS485 Transmit Data. :Flash if data being transmitted.
Off if no data being transmitted.
2 wires RS485 Transmit/ Receive Data. Flash if there is activity.
DATA2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.
Off if no data being received.
3.7 Contact Closure Transmitter
3.7.1 Forward directional Contact Closure Transmitter
Transmitter Top View
C1 C2
+
1 2 3 4
-
12~24V
Transmitter Right View
Connectors:
C1: Contact Closure input. C2: Reserved.
Terminal pins assignment as below:
Contact closure input A
1
Contact closure input B
2
NC
3
NC
4
12~24V: Power Supply refers to section 5. Power Input Specifications.
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Compact Transceiver User Manual
NA NA DATA1 NA
FIB
Transmitter Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
DATA1: Contact Closure. On if the contact closure is Close.
Off if the contact closure is Open.
3.7.2 Bi-directional Contact Closure Transmitter
Transmitter Top View
C1 C2
1 2 3 4
+
-
12~24V
Transmitter Right View
Connectors:
C1: Positive Contact Closure input. C2: Opposite Contact Closure output.
The Contact Closure state, Open or Close, of the contact closure on the
transmitter end follows the state of the contact closure on the receiver end. I.e.
if the contact on the receiver end is Close, the contact on the transmitter end is
made to be Close. If the contact on the receiver end is Open, the contacts on
the transmitter end is made to be Open.
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FIB NA DATA1 DATA2
Terminal pins assignment as below:
Contact closure input A
1
Contact closure input B
2
Contact closure output A
3
Contact closure output B
4
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Transmitter Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good.
On if no link continuity.
DATA1: Positive Contact Closure. On if the contact node is closed. DATA2: Opposite Contact Closure. On if the contact node is closed.
4. Receiver Enclosure
4.1 Video Receiver
4.1.1 8 Bit Video Receiver
Receiver Top View
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Compact Transceiver User Manual
Receiver Right View
Connectors:
FIBER: Fiber Optic. VIDEO: Video output, BNC.
LEDs Definition:
SYNC: Fiber Link and Video Flash if the link is not OK. Off if the link is OK but the video is not OK. On if the link and the video are OK.
Receiver Left View
Connectors:
: Ground Pin.
12~24V: Power Supply refers to section 5. Power Input Specifications.
4.1.2 10 Bit Video Receiver
Receiver Top View
Receiver Right View
VIDEO
+
-
12~24V
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FIB VIDEO NA NA
Connectors:
VIDEO: Video output, BNC.
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Receiver Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good.
On if no link continuity.
VIDEO: Video. On if video output is OK.
Off if no video present.
4.2 Video Receiver with Return Data
Receiver Top View
Receiver Right View
Connectors:
FIBER: Fiber Optic. VIDEO: Video output, BNC.
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4
LEDs Definition:
SYNC: Fiber Link and Video Flash if the link is not OK. Off if the link is OK but the video is not OK. On if the link and the video are OK. DATA: Data Transmit. Flash if data being transmitted. Off if no data being transmitted.
Receiver Left View
Connectors:
: Ground Pin.
DATA: RS422 Data Terminal, Terminal pins assignment as below:
TXD+ RS422 transmit signal +”, input
1
TXD RS422 transmit signal “−”, input
2
NC
3
NC
12~24V: Power Supply refers to section 5. Power Input Specifications.
4.3 Video Receiver with Bi-directional Data
Receiver Top View
1 2 3 4
DATA DIP
Receiver Right View
VIDEO
+
-
12~24V
Connectors:
VIDEO: Video output, BNC.
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Compact Transceiver User Manual
FIB VIDEO DATA1 DATA2
DATA: RS232/RS422/2 wires RS485/4 wires RS485 compatible. Terminal pins
assignment and DIP Switch setting refer to Table 1 and Table2 in section 6. Data Block Connections and DIP Switch Setting.
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Receiver Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good.
On if no link continuity. VIDEO: Video. On if video output is OK. Off if no video present.
DATA1: RS232/RS422/ 4 wires RS485 Transmit Data. :Flash if data being transmitted.
Off if no data being transmitted.
2 wires RS485 Transmit/ Receive Data. Flash if there is activity.
DATA2: RS232/RS422/ 4 wires RS485 Receive Data . Flash if data being received.
Off if no data being received.
4.4 Video Receiver with Bi-directional Data and Contact Closure
Receiver Top View
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4
1 2 3 4
FIB VIDEO DATA1 DATA2
1 2 3 4
C1 C2
DATA DIP
VIDEO
+
-
12~24V
Receiver Right View
Connectors:
VIDEO : Video output, BNC. DATA: RS232/RS422/2 wires RS485/4 wires RS485 compatible. Terminal pins
assignment and DIP Switch setting refer to Table 1 and Table2 in section 6.
Data Block Connections and DIP Switch Setting. C1: Contact Closure input C2: Contact Closure output.
The Contact Closure state, Open or Close, of the contact closure on the receiver end follows the state of the contact closure on the transmitter end. I.e. if the contact on the transmitter end is Close, the contact on the receiver end is made to be Close. If the contact on the transmitter end is Open, the contact on the receiver end is made to be Open. Terminal pins assignment as below:
Contact Closure input A
1
Contact Closure input B
2
Contact Closure output A
3
Contact Closure output B
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Receiver Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good. On if no link continuity. VIDEO: Video. On if video output is OK. Off if no video present.
DATA1: RS232/RS422/ 4 wires RS485 Transmit Data. :Flash if data being transmitted.
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4
Off if no data being transmitted.
2 wires RS485 Transmit/ Receive Data. Flash if there is activity.
DATA2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.
Off if no data being received.
4.5 Video Receiver with Contact Closure
Receiver Top View
C1 C2
1 2 3 4
Receiver Right View
VIDEO
+
-
12~24V
Connectors:
VIDEO: Video output, BNC. C1: Reserved. C2: Contact Closure output.
The Contact Closure state, Open or Close, of the contact closure on the receiver end follows the state of the contact closure on the transmitter end. I.e. if the contact on the transmitter end is Close, the contact on the receiver end is made to be Close. If the contact on the transmitter end is Open, the contact on the receiver end is made to be Open. Terminal pins assignment as below:
NC
1
NC
2
Contact Closure output A
3
Contact Closure output B
12~24V: Power Supply refers to section 5. Power Input Specifications.
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1 2 3 4
FIB VIDEO DATA1 NA
FIB
Receiver Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good. On if no link continuity. VIDEO: ; Video. On if video output is OK. Off if no video present. DATA1: Contact Closure. On if the Contact Closure is Close.
Off if the Contact Closure is Open.
4.6 Data Receiver
Receiver Top View
+
-
DATA DIP
12~24V
Receiver Right View
Connectors:
DATA: RS232/RS422/2 wires RS485/4 wires RS485 compatible. Terminal pins
assignment and DIP Switch setting refer to Table 1 and Table2 in section 6. Data Block Connections and DIP Switch Setting.
12~24V: Power Supply refers to section 5. Power Input Specifications.
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FIB NA DATA1 DATA2
FIB
Receiver Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good. On if no link continuity. DATA1: RS232/RS422/ 4 wires RS485 Transmit Data. :Flash if data being transmitted.
Off if no data being transmitted.
2 wires RS485 Transmit/ Receive Data. Flash if there is activity.
DATA2: RS232/RS422/ 4 wires RS485 Receive Data. Flash if data being received.
Off if no data being received.
4.7 Contact Closure Receiver
4.7.1 Forward directional Contact Closure Receiver
Receiver Top View
Connectors:
C1: Reserved. C2: Contact Closure output.
The Contact Closure state, Open or Close, of the contact closure on the
receiver end follows the state of the contact closure on the transmitter end.
C1 C2
1 2 3 4
+
12~24V
Receiver Right View
-
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FIB NA DATA1 NA
I.e. if the contact on the transmitter end is Close, the contact on the receiver end is made to be Close. If the contact on the transmitter end is Open, the contact on the receiver end is made to be Open.
Terminal pins assignment as below:
1 2 3 4
NC NC Contact Closure output A
Contact Closure output B
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Receiver Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good. On if no link continuity. DATA1: Contact Closure. On if the contact closure is Close.
Off if the contact closure is Open.
4.7.2 Bi-directional Contact Closure Receiver
Receiver Top View
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FIB NA DATA1 DATA2
C1 C2
1 2 3 4
+
-
12~24V
Receiver Right View
Connectors:
C1: Opposite Contact Closure input. C2: Positive Contact Closure output.
The Contact Closure state, Open or Close, of the contact closure on the transmitter end follows the state of the contact closure on the receiver end. I.e. if the contact on the receiver end is Close, the contact on the transmitter end is made to be Close. If the contact on the receiver end is Open, the contacts on the transmitter end is made to be Open.
Terminal pins assignment as below:
Contact closure input A
1
Contact closure input B
2
Contact closure output A
3
Contact closure output B
4
12~24V: Power Supply refers to section 5. Power Input Specifications.
FIB
Receiver Left View
Connectors:
FIB: Fiber Optic.
: Ground Pin.
LEDs Definition:
FIB: Fiber Link. Off if link continuity is good.
On if no link continuity.
DATA1: Opposite Contact Closure. On if the contact node is closed. DATA2: Positive Contact Closure. On if the contact node is closed.
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/4 wires RS485 output
5. Power Input Specifications
DC or AC Power Supply between 12V and 24V can be used on this product .
DC:
: +12VDC~+24VDC : Power Supply Ground
AC:
There is no difference between /, the power supply can be connected into the
device directly.
6. Data Block Connection and DIP Switch Setting
Table 1
Pin Name
Data
RS232
RS422
4 wires
RS485
2 wires
RS485
Data transmit signal; input
Data transmit signal +, input
Data transmit signal +, input
NCnot connected NCnot connected
1 2 3 4
TXD
Data receive signal; output
TXD+
Data transmit signal “−”, input
485 TX+
Data transmit signal “−”, input
RXD
TXD-
485TX-
GND
GND of RS232 data
RXD+
Data receive signal +, output
485RX+
Data receive signal +, output
485+
Data signal +
NCnot connected
Data receive signal “−”, output
Data receive signal “−”, output
Data signal “−”
RXD-
485RX-
485-
Table 2
DIP Switch pin name RS-232 RS-422
D1( RS422/4 wires RS485 input terminator 120) D2( 2 wires RS485, RS422/4 wires RS485 output terminator 120) D3( 2 wires RS485 Pull-up/Pull-down resistance D4( RS232/RS422/2 wires RS485/4 wires RS485 select D5( RS232/RS422/2 wires RS485/4 wires RS485 select
OFF
OFF
ON/OFF
ON/OFF
OFF OFF
OFF OFF ON ON
ON OFF OFF ON
4wire
RS-485
ON/OFF
ON/OFF
ON/OFF
The 2 wires RS485/4 wires RS485 output bus pull-up and pull-down resistance usually should be
switched on. But if there are several fiber transmitters or receivers, 2 wires RS485/4 wires RS485 output interfaces are connected together, only one of the 2 wires RS485/4 wires RS485 output Pull-up and Pull-down resistance should be switched on, the others should be switched off.
2wire
RS-485
OFF
ON/OFF
ON/OFF
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The terminators can be switched on or off according to the RS485 bus connection. When the fiber
transmitter or receiver is placed at the end point of bus, the terminators are usually switched on, but not be must, so the same as RS422.
7. Caution
Switch off all power supply before installation.
Ensure fiber is properly aligned to the Fiber connector.
Do NOT stare at the fiber core.
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8. Typical Application
Typical Application 1
Typical Application 2
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Typical Application 3
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44
77 70
9. Dimensions (mm)
76
70
Figure 1
70
Figure 2
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10. Warranty
n 5 years warranty for product only. n Repair
¨ Please contact your local distributors when product is defective. Please apply RA in
advance and prepay shipping cost when returning the defective product to us. We will pay the cost for sending it back to you.
¨ Please attach a statement clearly describing the problem.
n We will repair defective product under warranty free of charge to our customer. n Any unauthorized modification of hardware and software voids the warranty. n Warranty does not cover mishandling and/or abuse of the product.
Products comply with the following Safety Label for International Fiber Communication Equipment.
NOTE: 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 interference 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 this own expense.
Warning This is a class A product. In a domestic environment this product may cause radio interference in which case the user may be required to take adequate measures.
Manual-Fx_MSeries-Rev1008.pdf Page 29 of 30 www.kbcnetworks.com Copyright © KBC Networks Ltd.
Compact Transceiver User Manual
11. Instruction of Disassembly
Instruction of Disassembly of KBC Product
(For EU Directive 2002/95/EECWEEE)
Tools Required:
1) 5 mm flat tip screwdriver
2) Φ3 cross tip screwdriver
3) Φ5 cross tip screwdriver
4) Size small snip nose pliers
5) 15 mm spanner
Steps for Disassembly:
1) Remove tightening screws of box cover (1 or 4-8 screws in general);
2) Remove lock nut for BNC with spanner;
3) Remove cover plate;
4) Remove tightening screws for printed circuit board (PCB);
5) In case the assembly has more than one PCB then continue removing the remain tightening screws until none left;
6) Use snip nose pliers to loose the nut of flange and then remove optic cable connector (jump wire);
7) Snip off power conducting cable and remove power switch /jack/etc.;
8) Take out all PCBs;
9) Disassembly of product completed.
NoticeWhen a product reaches the end of its life—return to KBC
Version 4.0
Manual-Fx_MSeries-Rev1008.pdf Page 30 of 30 www.kbcnetworks.com Copyright © KBC Networks Ltd.
Headquarters:
KBC Networks, Ltd.
25691 Atlantic Ocean Drive, Suite B3 Lake Forest, CA 92630 U.S.A. Main: 1-949-297-4930 Fax: 1-949-297-4933
KBC Networks Ltd., EMEA
Carlton Suite, Barham Court Teston, Maidstone Kent ME18 5BZ United Kingdom Office: +44(0)1622618787 Fax: +44(0)2071008147
Email: info@kbcnetworks.com Web: www.kbcnetworks.com
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