Telenetics Network Router MIU96FPD User Manual

Installation, Operation & Diagnostics  
for the  
MIU9.6FPD  
Industrial Grade, Digital Fast Poll  
Standalone Modem  
Document No. 49-0002-013 Rev. A  
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TABLE OF CONTENTS  
1. STANDARDS.............................................................................................. 2  
2. PRODUCT OVERVIEW........................................................................... 3  
3. GENERAL PRODUCT SPECIFICATIONS............................................ 4  
4. MODEM SPECIFICATIONS ................................................................... 5  
5. ANALOG LINE SPECIFICATIONS ........................................................ 7  
6. ANALOG MICROWAVE INTERFACE.................................................. 8  
7. POWER CONNECTIONS........................................................................ 10  
8. SERIAL DATA PORT PIN-OUT ............................................................ 11  
9. DIP SWITCH FUNCTIONS..................................................................... 12  
10. MODEM CONFIGURATION ................................................................. 14  
11. LED INDICATOR..................................................................................... 15  
12. OUTLINE DRAWING & MOUNTING.................................................. 16  
13. DIAGNOSTICS ......................................................................................... 17  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
Page 1  
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1. STANDARDS  
Meets FCC Rules Part J, Subpart 15, Class A for radiated emissions.  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
Page 2  
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2.  
PRODUCT OVERVIEW  
The MIU9.6FPD is an industrial grade Digital Fast Poll modem designed  
for multidropping applications over unconditioned metallic lines (eg;  
pilot wires). Available as single channel device (MIU9.6FPD), 2-channel  
device (MIU9.6FPD/D) or repeater (MIU9.6FPD/R)  
The MIU9.6FPD can be powered from a wide range of AC and DC  
power supplies, it is internally surge protected on both the power and  
analog lines, and it will operate in temperatures from -40 to +85 deg C.  
Internally, the MIU9.6FPD consists of a baseboard and a  
communication module. The baseboard includes the power supply  
regulation and surge protection. The communication module is a  
Telenetics™ Pony ExpressPE9.6FPD Modem Module.  
The MIU9.6FPD is packaged specifically for the harsh environments  
found in utility substations and industrial facilities. Though functionally  
similar to commercial modems, the MIU9.6FPD includes special features  
that make it particularly well suited for utility and industrial applications:  
Environment: The MIU9.6FPD has been designed specifically for use  
in harsh environments. In addition to an extended  
temperature range (-40 to +85º C), the MIU9.6FPD  
includes surge, shock, vibration, and safety features  
superior to those of conventional commercial modems.  
Power Supply: The MIU9.6FPD can be powered from a broad range of  
AC and DC power supplies, such as an auxiliary supply  
(eg; 12VDC) from another piece of equipment,  
125VDC from a station battery or a standard 120VAC.  
Industrial:  
The MIU9.6FPD is packaged in a rugged, compact,  
non-metallic (ABS) enclosure. Designed for unmanned  
locations, the MIUs do not include the array of  
pushbuttons and LEDs normally associated with  
consumer-type modems. Configuration is by dip  
switches. Standard industrial connectors for data,  
analog and power interfaces allow reliable  
interconnection to other industrial components.  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
Page 3  
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3. GENERAL PRODUCT SPECIFICATIONS  
Dimensions:  
Weight:  
5.3 x 4.0 x 1.375 inches  
1 lb  
Voltage Supply: Standard Model:  
LV Model (Suffix “-LV”):  
Current Requirements:  
40 to 270VDC  
40 to 270VAC, 50/60Hz  
9 to 36VDC  
12VDC 24VDC 125VDC 120VAC 220VAC  
MIU9.6FPD  
MIU9.6FPD/D  
MIU9.6FPD/R  
Surge Protection: Power Supply: 8kVrms  
Analog Line:  
Digital Line:  
3.75kVac IEC255-5  
ESD ± 10kV  
Operating Temperature:  
-40 to +85 deg C  
Operating Humidity:  
Storage Temperature:  
0 to 90% (non-condensing.)  
-55 to 100 deg C  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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4. MODEM SPECIFICATIONS  
Modulation:  
Synch/Async:  
Data Rate:  
Pulse Position Modulation (PPM)  
Asynchronous Only  
0 – 1200bps  
Error Correction:  
Data Compression:  
None  
None  
Data Modulation Connectivity:  
Using 16ms Polling Test  
99.999% or better at -37dBm  
99.5% or better at -40dBm  
95% or better at -43dBm  
Serial Formats and Flow Control:  
Asynchronous and RTS/CTS flow control  
Analog Interface  
Tx Output Level:  
Rx Sensitivity:  
-0 dBm or -10 dBm *  
-43dBm or -33dBm *  
-43dBm for constant carrier  
-40dBm for polling carrier  
Dip Switch Selectable *  
600 ohms balanced  
Line Termination:  
Line Impedance:  
2 or 4 Wire Configuration:  
Dip Switch Selectable *  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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Other Features  
Receiver Equalization:  
Self Test Diagnostics:  
Local Analog Loopback:  
Local Digital Loopback:  
Remote Analog Loopback  
Remote Digital Loopback  
Anti-Streaming:  
Compromise Equalization  
None  
See Section 13  
See Section 13  
See Section 13  
See Section 13  
OFF or 45 Seconds (+ 5 sec) *  
1ms, 12ms, 35ms or 50ms (+5%) *  
Note: Soft Carrier will effect  
RTS/CTS delay time (see Dip  
Switch Settings ~ Section 8)  
Switch Selectable ON or OFF  
20ms of 900Hz after RTS is turned  
Off  
RTS/CTS delay:  
Constant Carrier  
Soft Carrier Turn Off  
Carrier Turn ON/OFF  
8ms +0.5ms  
* Dip Switch Selectable ~ See Section 9  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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5. METALLIC CONDUCTOR SPECIFICATIONS  
The MIU9.6FPD contains digital circuitry for connection 2 or 4-wire  
metallic conductors (eg; pilot wires). The MIU9.6FPD will also interface  
to Power Line Carrier or Microwave radio voice channel networks.  
The MIU9.6FPD has an RJ-11terminated connector. The following lists the  
MIU9.6FPD conductor interfaces  
Conductor Type:  
Conditioned or unconditioned, Bell type 3002, 2 or 4-wire, full duplex  
voice grade or metallic lines or better.  
Analog Line Specifications:  
Bandwidth  
Impedance  
Frequency Response  
Receiver Input Level  
Output Level  
300 Hz to 3400 Hz (±3dB)  
600 / 900 ohms , balanced  
400 to 3000Hz (±2dB)  
-16dBm max.  
+7 dBm  
Noise Signal Level  
-48 dBmO  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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6. POWER CONNECTIONS  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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7. SERIAL DATA PORT PIN-OUTS  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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8. DIP SWITCH FUNCTIONS  
IMPORTANT NOTE: Invert modem to view dip switches as shown above  
Table 1  
Switch  
Function  
ON  
OFF  
Switch 1  
Switch 2  
Switch 3  
Switch 4  
Switch 5  
Switch 6  
Antistreaming  
Data Rate = 19200 bps  
Data Rate = 9600 bps  
Data Rate = 4800 bps  
Data Rate = 2400 bps  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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9. LED INDICATOR  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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10. OUTLINE DRAWING & MOUNTING  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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11. DIAGNOSTICS  
The following pages provide hardware techniques for diagnosing  
communication problems and thereby isolating the problem at the local  
modem, the remote modem or the interconnecting line.  
(a) LOCAL ANALOG LOOPBACK (Figure 2)  
Requires a loop back cable with a built-in circuit for line loss to  
simulate a typical leased line condition (See Figure 3).  
Connect the loop back cable to the RJ11 connector on the modem  
under test.  
Set Dip Switches as follows…  
Switch 7 = OFF  
Switch 9 = ON  
Switch 1 = ON  
Switch 3 = ON  
Switch 6 = OFF  
Switch 4&5 = ON  
4-Wire  
Soft Carrier Turn Off Enabled  
Transmit (TxA) Signal Level = 0dBm  
Receive (RxA) Signal Level = –33dBm  
Switched Carrier  
RTS/CTS Delay = 50ms  
Test 1: RTS/CTS Analog Control  
Set RTS “ON” and check that CD (Carrier Detect) turns  
“ON”.  
Turn RTS “OFF” and ensure that CD turns “OFF”  
With RTS “ON”, run a test message at TxD and verify that  
the same message is received at RxD with no data errors.  
Test 2: Transmit Signal Power & Receive Levels  
Set Dip Switch 1 OFF (TxA = -10dBm)  
CD will be OFF.  
Change Dip Switch 1 to ON (TxA = 0dBm)  
CD should now be ON.  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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Test 3: Received Signal Level  
Set Dip Switch 1 OFF (TxA = -10dBm) and Dip Switch 3  
OFF (RxA = -43dBm).  
CD will be ON.  
Run a test message at TxD and verify that the same message  
is received at RxD with no data errors.  
Test 4: Repeat Test 3 for various RTS/CTS delay times and with  
soft carrier ON and OFF.  
(b) LOCAL DIGITAL LOOPBACK – 4/Wire Network (Figure 4)  
On the modem under test, connect TxD to RxD  
Switch 1 = ON (TxA = 0dBm)  
Switch 3 = ON (RxA = -33dBm)  
Switch 4 = OFF (RTS/CTS = 35ms)  
Switch 5 = ON (RTS/CTS = 35ms)  
Switch 6 = ON (Constant Carrier mode).  
Switch 7 = OFF (4-Wire)  
Switch 8 = ON (Line Termination = 600 ohms)  
Switch 9 = ON (Soft Carrier = ON)  
Transmit a test message from a remote modem and confirm that the  
same message is received back at RxD on the remote modem with no  
data errors.  
MIU9.6FPD Installation, Operation & Diagnostics  
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(c) REMOTE DIGITAL LOOPBACK – 4/Wire Network (Figure 5)  
Configure both the local and remote modems as follows:  
Switch 1 = ON (TxA = 0dBm)  
Switch 3 = ON (RxA = -33dBm)  
Switch 4 = OFF (RTS/CTS = 35ms)  
Switch 5 = ON (RTS/CTS = 35ms)  
Switch 6 = ON (Constant Carrier mode).  
Switch 7 = OFF (4-Wire)  
Switch 8 = ON (Line Termination = 600 ohms)  
Switch 9 = ON (Soft Carrier Turn Off = ON)  
Connect TxD to RxD at the remote modem.  
Transmit a test message from the local modem and confirm that the  
same message is received back at RxD on the local modem with no  
data errors.  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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(d) LINE DIAGNOSTICS  
(i) Typical modem configuration for 4-wire Point-to-Point system…  
Switch 1 = ON (TxA = 0dBm)  
Switch 3 = ON (RxA = -33dBm)  
Switch 4 = OFF (RTS/CTS = 1ms)  
Switch 5 = OFF (RTS/CTS = 1ms)  
Switch 6 = ON (Constant Carrier mode).  
Switch 7 = OFF (4-Wire)  
Switch 8 = ON (Line Termination = 600 ohms)  
Switch 9 = OFF (Soft Carrier = OFF)  
(ii) Typical modem configuration for 4-wire Multi-Point system…  
Switch 1 = ON (TxA = 0dBm)  
Switch 3 = ON (RxA = -33dBm)  
Switch 4 = OFF (RTS/CTS = 1ms)  
Switch 5 = OFF (RTS/CTS = 1ms)  
Switch 6 = ON (Constant Carrier mode).  
Switch 7 = OFF (4-Wire)  
Switch 8 = ON (Line Termination = 600 ohms)  
Switch 9 = OFF (Soft Carrier = OFF)  
Adjustments…  
In a network with high line loss (greater than 16dB) change Switch 3  
(RxA) to OFF (-43dBm).  
If there are conditions that can cause cross-talk (TxA leaking into RxA  
path) set Switch 1 (TxA) to OFF (-10dBm).  
Note that noise level should be –50dBm or lower for most FSK  
operation (signal-to-noise ratio of 15dB or higher)  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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MIU9.6FPD Installation, Operation & Diagnostics  
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MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
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NOTES:  
MIU9.6FPD Installation, Operation & Diagnostics  
April 25, 1998  
Page 20  
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