Index ...........................................................................................................................................................25
4033A Operations and Maintenance Manual 3
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1: Introduction
Note
FIRST READ THIS MANUAL THROUGHLY!
This is especially true for the sections regarding Safety and Installation.
1.1 Symbols
These symbols appear throughout the manual as well as on the unit itself.
Note
This symbol means the following information is a note that gives you
important information that may affect how you use the 4033A.
Caution, refer to manual. Read all instructions in Manual
!
before using this product.
Caution – Risk of Electrical shock
4033A Operations and Maintenance Manual 5
CE marking, attesting compliance to applicable European
Directives
Fuse symbol
Mains Power is ON
Mains Power is OFF
LAN port, NETWORK, DO NOT CONNECT TO
TELECOM CONNECTIONS THAT CARRY HAZARDOUS
VOLTAGES.
101010 Serial port connection, DO NOT CONNECT TO
TELECOM CONNECTIONS THAT CARRY
HAZARDOUS VOLTAGES.
Earth terminal symbol: Used to indicate an earth ground
connection to chassis.
1.2 About This Manual
This manual tells you how to install, set up, monitor, and troubleshoot the 4033A.
“Chapter 1, Introduction” on page 4 explains symbols that appear in the manual and on the unit as
well as documentation conventions. The chapter also briefly describes the 4033A.
“Chapter 2, Installing and Setting Up the 4033A” on page 8 contains important safety information
and describes how to install the 4033A, and assign a fixed IP address.
“Chapter 3, Monitoring the 4033A” on page 13 describes how to monitor alarms.
“Chapter 4, Troubleshooting the 4033A” on page 15 describes how to replace fuses and verify
operational problems.
“Chapter 5, Warranty and Shipping Information” on page 17 explains how to contact Timing
Solutions Corporation for warranty service and provides shipping guidelines.
“Chapter 6, Declaration of Conformity” on page 19 provides the information pertaining to CE
marking of this product.
“Appendix A, Specifications” on page 21 contains the detailed specifications for the 4033A.
1.2.1 Conventions
This manual uses several typographical conventions to help explain how to use the 4033A.
Convention Definition
Bold
Italics
Words in bold show:
Buttons and icons to click
Menu options to select
Commands to type
Non-variable information displayed in response to commands
Words in italics show:
Names of windows and dialog boxes
Variable information displayed in response to commands
4033A Operations and Maintenance Manual 7
1.3 4033A Overview
The TSC 4033A is a one input, fifteen output 5 Volt pulse distribution amplifier housed in a 1U high 19 inch rack
mount chassis. It provides fifteen outputs from a single input. An Ethernet port on the rear panel provides the
capability to remotely monitor the status of the input and all output signals. Any input or output failure in the unit
will immediately provide an alarm to this port. The front panel provides green LED status for the input and
green/red for all output signals, as well as indicating an input of 1 PPS, DC IRIG, or Other. A green LED on the
front panel also provides power status.
Figure 1 shows the 4033A’s front panel, and Figure 2 shows the 4033A’s rear panel.
POWER–
Green when
power is on.
INPUT FREQUENCY–
Lit Green LED
shows whether input
is 1 PPS, DC IRIG,
or Other.
OUTPUT STATUS–
Green during normal operation of output signal.
Red when output signal fails.
Figure 1: Front panel
Additional
Ground
connection
POWER–
connector .
ETHERNET POR T –
1 RJ-45 connector .
INPUT–
1 BNC connector.
Figure 2: Rear panel
SIGNAL OUTPUTS–
15 BNC connectors.
2: Installing and Setting Up the 4033A
2.1 Safety First!
Warnings:
!
This unit is for INDOOR USE ONLY. It is not protected against a harmful ingress of moisture.
Do not attempt to install or operate this equipment if you have not first acquired proper training.
Equipment is intended to be installed in an Enclosed or Open type equipment rack
Ensure that all cables are properly connected. The power cord must be easy to remove from the
back.
Verify that input line voltage and current capacity are within specifications before turning on
power to the unit.
Disconnect all sources of input power before removing the top cover of this unit.
Operating and maintenance personnel must receive proper training before installing or
maintaining electrical equipment.
2.2 Unpacking
To unpack the TSC 4033A unit:
1. Unpack and carefully inspect the unit.
2. Check for physical damage.
3. If no physical damage is apparent, then proceed with making appropriate connections.
If physical damage is observed, then immediately contact Timing Solutions and the
carrier.
4. Save the shipping container for submitting any necessary claims to the carrier.
4033A Operations and Maintenance Manual 9
2.3 Cleaning
!
Warning
Do not spray or use too much liquid when cleaning the unit. Liquid can enter the unit and damage
sensitive electronic components.
Clean the main chassis with a soft cloth dampened with a mild soap and water solution.
2.4 Installing the 4033A
The 4033A is shipped ready for installation into a standard 19" (48.3 cm) rack. Provisions are
included for mounting General Devices slides with part numbers C-300-S-126, -128 and -130.
2.4.1 Required materials for installation
North American or European IEC power cord. One or the other will be supplied with the unit.
Customer supplied double shielded RG223 cables with BNC connectors from source, and to
next devices in system.
Customer supplied LAN cable for network connection (RJ-45).
Rack-mount slide kit from General Devices, C-300-S-126, -128 or -130 (Optional)
Rack mounting screws.
Screwdriver for the rack mount screws, and slide as needed.
2.4.3 Making Connections
2.4.3.1 Input Power
AC INPUT POWER - The input power to the unit is supplied through a detachable 3-prong
power cable. First plug the female end into the male IEC-320 plug on the rear of the unit,
then plug the male end of the cable into a 100V~ to 240V~, 50/60 Hz power source.
Warning
!
Ensure that this power supply cord is connected to a properly grounded --mains-- receptacle
to ensure safety.
Since the unit does not have a AC Mains Power Switch, both the Appliance Inlet Connector
!
and the Plug on the detachable type power supply cord are considered to be suitable
Disconnect Means for disconnecting the unit from the AC Mains Supply. If the rear of the
unit is not accessible after installation in the instrument rack, the User is responsible for the
provision of a suitable external AC Disconnect Means for the unit. he user is responsible for
the provision of an external AC Disconnect Means for the equipment if the Disconnect
Switch at the Power Entry Module or the power supply cord set is not accessible when the
unit is mounted inside an enclosed rack.
After power-on, the unit runs a self-test in the following sequence:
• All LEDs will be turned on GREEN
• Each output LED will sequentially be turned on RED and then GREEN.
• The input and output LEDs will be in the appropriate state relative to their respective
signal status.
2.4.3.2 Input Signal
Connect the input signal cable to the INPUT BNC connector on the back of the unit.
2.4.3.3 Output Signals
Connect up to fifteen cables to the OUTPUT BNC connectors on the rear panel of the unit to
supply users with a copy of the input signal.
2.4.3.4 LAN - Ethernet Network Port
Connect a network LAN cable (not supplied with the unit) to the LAN port on the back of the
unit.
2.5 Assigning a Static IP Address
The 4033A contains a Lantronix® Xport™ Ethernet to RS-232 converter, which provides the
4033A’s Ethernet connection.
The 4033A ships from the factory with a default IP address of 0.0.0.0, which enables DHCP. If
the network has a DHCP server, it will automatically assign the unit an IP address, gateway
address, and subnet mask when the unit starts up.
To monitor multiple 4033As remotely through their Ethernet connections without DHCP reassigning IP addresses, you must assign each unit a static IP address. You identify which unit is
the source of an alarm by its IP address. Each unit has its own unique hardware address, labeled
MAC address, on a label on the rear panel. Follow the instructions in this section to manually
assign a unit’s static IP address.
Note
For more detailed information, see the Xport™ User Manual. Section 3.3 discusses several
different ways that you can assign IP addresses. Chapter 4 explains how to configure a static IP
address. You can download the Xport™ User Manual from the Lantronix® Web site as an
Adobe® Acrobat® PDF file. Go to:
http://www.lantronix.com/products/eds/xport/XPort_UM_900-270.pdf
If you want to configure a static IP address of many different 4033As, you can install the
Lantronix® DeviceInstaller software. This software is available only by downloading from the
Lantronix® Web site. Go to: http://www.lantronix.com/support/utils/dst/index.html
. Alternatively
4033A Operations and Maintenance Manual 11
you may use your companies IT protocol to determine the IP address assigned to a particular
hardware address, then set a static address.
To manually assign the static IP address using the Lantronix® DeviceInstaller software:
1. Obtain the following network information from your system administrator for each
4033A you want to install:
IP Address: ______ ______ ______ ______
Subnet Mask: ______ ______ ______ ______
Gateway: ______ ______ ______ ______
2. Connect a Windows® PC to the same local subnet as the 4033A.
3. Install and start the Lantronix® DeviceInstaller software.
4. Click the Search Network icon and search for XPORT devices connected to the
network, press save and then exit.
5. Click the IP icon or select Assign IP Address on the Tools menu.
The hardware device number and IP address appear in the Assign IP Address dialog
box.
5. Type the new IP address for the appropriate “Hardware or Ethernet address” and click
Set IP address.
The new IP address appears in the Lantronix® DeviceInstaller window.
6. Test the IP address by pinging the 4033A’s Xport™ on the Lantronix Xport Installer
window. Click the Ping icon or select Ping Device on the Tools menu.
The Ping Device window should show the IP address of the 4033A’s Xport™ device,
and it should show successful replies if the IP address has been configured correctly.
7. Exit the browser.
To change the IP address using telnet:
1. Telnet to the assigned address, port 9999. Press enter within five seconds to enter the
setup mode.
2. Select Option 0
3. Set the IP address and follow on screen commands to save the setting
Sending an I command will turn on the three front panel input LEDs for 2 seconds before
returning to normal operation. This provides the capability for the user to ensure they are
communicating over the Ethernet connection to the correct device via front panel feedback.
Note
If you move the 4033A to a different network hub after setting up the static IP address, the host
computer may not be able to make a connection. You may need to release the IP address lease on
your operating system.
4033A Operations and Maintenance Manual 13
3: Monitoring the 4033A
3.1 Accessing the System
You access the 4033A remotely by connecting to its Command-And-Response (CNR) Port
through the Ethernet connection. The CNR port (Port 10001), which uses TCP/IP, lets users input
commands, displays results of the commands, and publishes alarms as they occur.
When users Telnet to the CNR port, the system does not display a prompt.
3.2 Checking System Status
3.2.1 Checking Alarms and Input Frequency
The system can report current alarms, latched alarms, and the type of input signal.
To check system status:
Type: S (case sensitive)
You do not need to type a carriage return or line feed.
The system returns Scccc,llll,x\r\n where
cccc is current alarms.
llll is latched alarms since the last status request.
Both cccc and llll are hexadecimal numbers, with each binary bit position representing
one output. The MSB is the input signal status. The LSB (farthest right) is output 1 status.
A value of 1 in a bit position indicates an alarm condition.
x is one of the values for inputs shown in Table 2.
Table 2: Input values
Value Input Frequency
0
Not 1 PPS, DC
IRIG, or Other
1
DC IRIG
2
(IRIG-B is 100 PPS)
(IRIG-A is 1 kPPS)
3
1 PPS
Other
Example: S0000,0001,2
This example shows that the system has no current alarms, output 1 alarmed since last status
request, and the input type is DC IRIG. With no input signal, all status bits will report 0.
3.2.2 Checking Model Number and Software Version
Both commands are case sensitive. You do not need to type a carriage return or line feed.
To check the TSC model number:
Type: I
The system returns I4033A-00\r\n.
To check the software version
Type: V
The system returns Vxx\r\n where xx is the software version.
Example: V80.
Sending an I command will turn on the three front panel input LEDs for 2 seconds before
returning to normal operation. This provides the capability for the user to ensure they are
communicating over the Ethernet connection to the correct device via front panel feedback.
3.3 Understanding Alarm Output
The 4033A automatically publishes alarms to the CNR port as they occur.
The alarms appear in the format ALARMcccc where cccc is the summary status of the input and
output signals. The format of the alarm status is identical to the “S” command response cccc for
current status.
Example: ALARM0008
This example shows that output 4 failed.
4033A Operations and Maintenance Manual 15
4: Troubleshooting the 4033A
Perform all of the following procedures before returning the unit for service. If the unit still
appears to have a problem, then call Timing Solutions Corporation and request technical support.
Have the serial number of your unit ready to provide to a technical representative.
4.1 Replacing Fuses
If you know that a local event caused blown fuses throughout a rack, you can replace the fuses in
each 4033A power entry module.
Required for this procedure:
Small flat-head screwdriver
Replacement fuse for a standard IEC 320 power entry module with fuse (5 x 20 mm, 1 A
250 V Time lag fuse)
To replace a fuse:
1. Disconnect the power cable from the back of the 4033A.
2. Using a small screwdriver, open the fuse cover on the back of the 4033A.
3. Replace the old fuses as necessary.
4. Close the fuse cover.
5. Reconnect the power cable to the back of the 4033A.
4.2 Verifying Operational Problems
If the unit does not operate properly after you have verified that:
the correct power is applied to the rear of the 4033A
and
the fuses are good,
call Timing Solutions Corporation to obtain a Returned Materials Authorization and return the
unit to TSC for repair.
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4033A Operations and Maintenance Manual 17
5: Warranty and Shipping Information
This chapter provides information on how to contact Timing Solutions Corporation for warranty
service, as well as shipping guidelines for the 4033A.
5.1 Warranty Information
The 4033A carries a warranty from Timing Solutions Corporation for a period of 1 year from date
of shipment.
For repairs, contact Timing Solutions Corporation:
Phone (303) 939-8481
Fax (303) 443-5152
Address written correspondence to:
Timing Solutions Corporation
4775 Walnut Street, Suite 1B
Boulder, CO 80301
USA
5.2 Shipping Information
If you need to ship this system for any reason, including returning equipment to Timing Solutions
for warranty service, follow these shipping instructions. Failure to follow these instructions may
damage your system.
5.2.1 Packing Instructions
Always ship the 4033A appropriately packaged to protect it from damage, preferably in
the package in which it was originally shipped.
No cables or connectors may be attached to the rear of the chassis.
Wrap the chassis in plastic to protect against moisture.
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4033A Operations and Maintenance Manual 19
6: Declaration of Conformity
Declaration of Conformity
According to ISO/IEC Guide 22 and EN 45014
Manufacturer's Name: Timing Solutions Corporation
Manufacturer's Address: 4775 Walnut Drive Suite 1B
Boulder CO 80301
USA
declares that the product:
Product Name: 1 x 15 5 Volt Pulse Distribution Chassis
Model Number: TSC 4033A
Product Options: All
Conforms to the following Product Specifications:
Safety:
EN61010-1:2000, Safety Requirements for Electrical Equipment for Measurement, Control and
Laboratory Use - Part 1: General Requirements
EMC
EN61326:2000, Electrical Requirements for Electrical Equipment for Measurement, Control and
Laboratory Use - Part 1: General Requirements
EN55011, Class A Emissions
EN61000-3-2, AC Power Line Harmonics
EN61000-3-3, AC Power Line Flicker
Supplementary Information:
The product herewith complies with the requirements of the Low Voltage Directive 73/23/EEC and the
EMC Directive 89/336/EEC and carries the CE-marking accordingly.
This product was tested in a typical configuration.
Boulder, CO February, 2004
European Contact: Contact the Manufacturer directly at the address above
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4033A Operations and Maintenance Manual 21
Appendix A: Specifications
A.1 Electrical Specifications
Table 3: Table 3 lists the electrical specifications for the 4033A.
Table 3: Electrical specifications
Item Specification
Protection Class Class I (Grounded Type)
Power Input Voltage
100 – 240 V~ 50/60 Hz 0.5 A
Note: Fluctuations not to exceed ± 10% of nominal supply voltage.
Power Inlet Type IEC 60320 sheet C14
Power Supply Cord Set
Power Mains Fuse (2) - 250V~1A Time lag 5x20 mm
Signal Input
18 AWG (0.75 mm
Impedance: 50
Logic one > 2.4 V
Logic zero < 0.8 V
2
minimum)
1 PPS to 1 MPPS
Duty Cycle 0-50%
Connectors
Output voltage
Pulse rise time < 2.0 ns
Pulse fall time < 2.0 ns
Skew between outputs < ± 2 ns
Jitter < 50 ps rms
Output impedance
Input: 1 BNC
Output: 15 BNC
LAN: RJ-45
Logic one : + 4.5 V minimum into 50 Ω
Logic zero : + 0.8 V Maximum into 50 Ω
50 Ω
A.2 Environment Specifications
Warning
!
Ordinary protection: This unit is for INDOOR USE ONLY. It is not protected against a harmful
ingress of moisture.
Equipment intended to be installed in an Enclosed/Open type equipment rack
Pollution Degree 2 per EN61010-1
Installation (Over-Voltage) Category II for transient over-voltages per EN 61010-1
Equipment suitable for continuous operation
Table 4 lists the environmental specifications for the 4033A.
Table 4: Environment specifications
Item Temperature Relative Humidity Altitude
In Use
Storage
Transportation
0°C to 50°C 0% to 90%
(non-condensing)
-40°C to 70°C 0% to 90%
(non-condensing)
-40°C to 70°C 0% to 90%
(non-condensing)
A.4 Physical Specifications
Table 5 lists the physical specifications for the 4033A.