Veridt 900W2026 User manual

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©Copyright 2022 Veridt, Inc. All rights reserved. Specifications subject to change without notice. Veridt, Stealth, and MultiMode are
trademarks of Veridt. All other brands or product names are the trademarks or registered trademarks of their respective holders.
For Veridt Readers with
Base Part Number:
900W2026
900W2027
900W2030
900W2036
900W2037
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Table of Contents
Safety Precautions ............................................................................................ 4
Introduction to Stealth Series ..................................................................... 5
General Installation Information ............................................................. 5
Input Power ..................................................................................................... 6
Environment .................................................................................................... 6
Maintenance .................................................................................................... 6
Operation .......................................................................................................... 6
Pre-Installation ..................................................................................................... 6
Environmental ................................................................................................. 6
Power Requirements ................................................................................... 6
Mounting .................................................................................................................. 7
Access Control Cable ........................................................................................ 8
Cable Length .................................................................................................... 8
Grounding .......................................................................................................... 8
Traditional Reader/ PACS controller configuration ..................... 8
Low Voltage Power Drop ........................................................................... 8
Reader to EWAC, EWAC to Panel,
EWAC to Power Supply & Network ...................................... 9
Reader Interface Signals ............................................................................ 9
PACS Wiring Diagrams ................................................................................... 10
AMAG Wiegand ............................................................................................. 10
Galaxy Wiegand ............................................................................................. 10
Gallagher OSDP ............................................................................................ 10
Genetec OSDP .............................................................................................. 10
Genetec Wiegand ......................................................................................... 11
Identiv OSDP .................................................................................................. 11
Identiv Wiegand ............................................................................................. 11
JCI Wiegand ..................................................................................................... 11
Lenel OSDP ...................................................................................................... 11
Lenel Wiegand ................................................................................................ 11
Software House Ultra OSDP ................................................................ 12
Software House Ultra Wiegand ........................................................... 12
Software House iSTAR Edge Wiegand ............................................. 12
Viscount Wiegand ....................................................................................... 12
Viscount FICAM ........................................................................................... 12
Communications interface: for HID PAM ........................................ 13
Software House Active Mode Change ............................................. 13
Monitor Dynamics FICAM ....................................................................... 13
Stealth Standard Pigtail Wiring ........................................................... 13
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Standard Wiegand ...................................................................................... 14
Stealth Standard Serial RS-485 ........................................................ 14
OSDP Wiring of Tamper Switch .................................................................. 14
High Assurance Configuration with EWAC .......................................... 15
Veridt Encrypted Wiegand and Communications (EWAC) Interface 15
Tamper Switch .............................................................................................. 15
Communications Interface ...................................................................... 15
IP Configuration for EWAC Lantronix ............................................... 16
Reader Troubleshooting ........................................................................... 18
Multi-Technology Readers ....................................................................... 19
Compliance Statements ................................................................................ 19
Document Control ........................................................................................... 20
Contact Information ....................................................................................... 20
List of Figures
Figure 1 • Stealth Series ……………………….....................................………… 6
Figure 2 • Stealth Series Mounting Plates ..…...............…………...… 8
Figure 3 • Stealth Series Grounding:
Reader To Panel, Reader & Panel To Power Supply ….......... 9
Figure 4 • Stealth Series Grounding:
Reader To Ewac, Ewac To Panel, Ewac To Power Supply .. 10
Figure 5 • Reader Pins, Wire Colors, And Signals ….................... 10
Figure 6 • Ewac Interface Unit…………………………………………...........… 16
Figure 7 • Lantronix Devicelnstaller Opening Window .................... 17
Figure 8 • IP Configuration ………………..........…………….…….........………. 17
Figure 9 • IP For Host Address ..….………………………….……......………. 18
Figure 10 • Lantronix Devicelnstaller Opening Window .......................... 18
List of Tables
Table 1 • Maximum Power Requirements ………………............…..….… 6
Table 2 • Power Requirements And Cable Lengths…................… 8
Table 3 • Reader Information .……………………………………….......…....…… 18
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Safety Precautions
CAUTION
WARNING
CAUTION
Be sure to attach the black ground wire and red power wire to the appropriate
connectors. Reversing power wires will void the warranty.
Installation should be performed by qualified individuals who have the skills
and knowledge related to the installation and operation of the equipment.
These individuals must have received the proper safety training to recognize
and avoid any hazards that may be involved.
This unit contains no user-replaceable parts. Do not attempt to open the unit
or make repairs to the unit. Breaking a seal will void the warranty.
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Introduction to Stealth Series:
Stealth Bio
PN 900W2030
Stealth Dual
PN 900W2036
Stealth Lite
PN 900W2037
Stealth
PN 900W2026
Stealth Lite
PN 900W2027
Biometrics Fingerprint No No No No
Card Read Interface
Status Indicators Yes + Access Light
Bar
Yes + Access Light
Bar
Access Light Bar Yes + Access Light
Bar
Access Light Bar
Footprint 7” x 3”
(18 cm x 7.5cm)
FIPS 201 APL Number 10031 & 10092 10032 & 10093 10033 & 10094 10034 & 10095 10035 & 10096
Keypad dNo Illuminated with
tactile feedback
No
Dual: Contactless & Contact Dual: Contactless
5.5” x 3” (14 cm x 7.5cm)
Illuminated with tactile feedback
General Installation Information
Veridt Stealth series readers are designed to be operated as a Class 1 access control system component for
use without requirements to withstand a destructive attack. A Tamper Indicator switch is available to provide a
supervisory indication to the PACS in the event the reader is removed from its installed location.
Veridt Stealth series readers are designed to meet the requirements of the National Electrical Code for Class 2
systems and are intended to be used with UL294 listed control equipment.
The installation of these readers, and the materials used for installation, should be in accordance with the location
requirements and the wiring methods defined by the National Electrical Code for Class 2 systems. Connect only to
a Listed Access Control/Burglary power-limited power supply.
The connections of the reader pigtail to the wiring system must ensure a thoroughly good physical connection
without damaging the conductors and should be made by means of pressure connectors or pressure splices
suitable for 18-gauge stranded copper wire.
Installation should be performed by qualified individuals who have the skills and knowledge related to the
installation and operation of the equipment and have received the proper safety training to recognize and avoid
any hazards that may be involved.
Figure 1 • Stealth Series
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Input Power
Stealth series readers are designed for an input power range of 12 VDC 2V. Operation above the maximum
voltage of 14 VDC may damage the reader; operation below the minimum voltage of 10 VDC may cause
intermittent or complete loss of reader operation.
Environment
Stealth readers are designed for use in a wide range of environmental conditions. Biometric readers should be
mounted to protect the surface of the fingerprint sensor from accumulating water on its surface. A rain shroud
may be required.
Stealth series readers have no user replaceable components. Any unit that does not operate properly must be
returned to the factory for any service requirements.
Maintenance
Stealth series readers require no periodic maintenance or calibration. If it becomes necessary to clean the outer
surfaces, use a moist, non-abrasive cloth with a mild detergent and gently wipe the external surfaces. Do not
immerse the reader.
Operation
See the Stealth Users Guide for complete operation of all modes. Successful operation of the reader is indicated
by the access control system granting access to a valid, registered card and denying access to an invalid or non-
registered card.
Pre-Installation
Environmental
The Veridt Stealth series readers are sealed to keep the reader from exposure to ambient environmental
conditions. In certain cases; depending on the summer and winter conditions, mounting the reader in a suitable
enclosure may be required. Avoid locations in direct sunlight, where UV radiation is particularly powerful; or
installations that may allow snow, ice, or water to accumulate on the fingerprint sensor.
Power Requirements
Veridt Stealth series reader terminals operate at 12 VDC 2 V. Operation above 14 VDC may damage the reader;
operation below 10 VDC may cause intermittent or complete loss of reader operation.
Maximum power requirements for each reader are listed below.
Table 1 •Maximum Power Requirements
Reader P/N Max Current in mA
900W2030 400
900W2036 300
900W2037 300
900W2026 300
900W2027 300
Note:Most access control panels and/or reader control units connected to access control panels
DO NOT have adequate power for Stealth readers. Connect Stealth readers directly to the
primary power supply that provides power to the panel. Doing so, ensures that adequate
power is available to the reader for smooth operation. Connect the reader to only a Listed
Access Control/Burglary power-limited power supply with sufficient current capacity.
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Mounting
The dimensions of 900W2030 are 7.0” x 3.0” x 1.6”
The dimensions of 900W2036, 900W2037, 900W2027, and 900W2027 are 5.5” x 3.0” x 1.6”
The mounting plate fits into a recessed area in the rear of the reader, so that the reader mounts flush
to the wall and the mounting plate is completely concealed. The depth measurement includes that
additional dimensional requirement of approximately 0.35 inches.
The Stealth series reader mounting plate can be mounted to a single gang box or directly to a wall or
other flat surface using appropriate mounting hardware.
The installation of these readers, and the materials used for installation, should be in accordance with
the location requirements and the wiring methods defined by the National Electrical Code for Class 2
system.
Figure 2 • Stealth Series Mounting plates
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Access Control Cable
Recommended Cable Type: Non-plenum unshielded unless specifications require plenum or
other cable type.
Cable Length
The left column is the amount of power required and the columns to its right are the maximum cable lengths for
the wire gauge listed in the top row. For example, using a reader that requires 300 mA and 18-guage power cable,
the cable can be no longer than 289 feet
Table 2 •Power Requirements and Cable Lengths
Power Req. 24 AWG 22 AWG 20 AWG 18 AWG 16 AWG 14 AWG 12 AWG
DC 100 mA 216 feet 342 feet 594 feet 867 feet 1,379 feet 2,197 feet 3,505 feet
DC 200 mA 108 feet 171 feet 297 feet 433 feet 689 feet 1,098 feet 1,755 feet
DC 300 mA 72 feet 113 feet 198 feet 289 feet 459 feet 732 feet 1,169 feet
DC 400 mA 54 feet 85 feet 148 feet 216 feet 344 feet 549 feet 877 feet
DC 500 mA 43 feet 68 feet 119 feet 173 feet 275 feet 439 feet 701 feet
DC 750 mA 28 feet 45 feet 79 feet 115 feet 183 feet 293 feet 467 feet
DC 1000 mA 21 feet 34 feet 59 feet 86 feet 137 feet 219 feet 350 feet
Grounding
Traditional Reader/PACS controller configuration
To avoid grounding problems. The reader, power supply and panel must share a common ground. Failure to do this
may create a floating ground that could create high voltages at reader inputs thereby damaging them.
Low Voltage Power Drop
For both AC and DC low voltage; generally, the maximum acceptable voltage drop is 10%. The cable lengths in Table
2 take into consideration this voltage drop.
Figure 3 • Stealth Series Grounding—Reader to Panel, Reader & Panel to Power Supply
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Reader to EWAC, EWAC to Panel, EWAC to Power Supply & Network
Reader Interface Signals
Figure 4 • Stealth Series Grounding—Reader to EWAC, EWAC to Panel, EWAC to Power Supply.
Figure 5 • Reader Pins, Wire Colors, and Signals
Pin Color Connection
1Pink Not Used I/O
2Brown LED/Access Granted
3White Wiegand D1
4Yellow RS-485 Data + (4-wire TX+)
5 Gray w/White Stripe RS-485 RX+ (4 wire)
6Black Ground
7Red Power +12 VDC
8Gray Input 1
9Orange Tamper Switch
10 Green Wiegand D0
11 Blue RS-485 Data - (4-wire TX-)
12 Purple RS-485 RX- (4 wire)
Pin 7
Pin 8
Pin 9
Pin 10
Pin 11
Pin 12
Pin 1
Pin 2
Pin 3
Pin 4
Pin 5
Pin 6
Reader Back
Pigtail Wire Color & Signals
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PACS Wiring Diagrams
PACS Infastructure Stealth Wiring Connections
AMAG Wiegand
See High Assurance Configuration on page 15
Stealth Reader Wire Color 4DR
Controler
Label
Ground Black 0V
+12V DC Red 12V
Access Granted Brown Green LED
Wiegand 0 Green 0
Wiegand 1 White 1
Galaxy Wiegand
See High Assurance Configuration on page 15
Stealth Reader Wire Color 600 Series
Board
Ground Black GND
+12V DC Red 12V
Access Granted Brown LED
Wiegand 0 Green 0
Wiegand 1 White 1
RS485 - Blue B
RS485 + Yellow A
Ground Black Ground
Gallagher OSDP
See also Open Supervised Device Protocol (OSDP) below.
See OSDP Wiring of Tamper Switch on page 15
For instructions on how to configure this product, please refer
to the User Guide Command Centre Configuration Client, which
can be found on the Gallagher Command Centre Installation
DVD in the Documentation folder.
Genetec OSDP
Reader Signal Wire Color Mercury 4502 Label
Ground Black 0V
RS-485 - Blue D0
RS-485 + Yellow D1
+12V DC Red 12V
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Genetec Wiegand
Stealth Reader Wire Color Mercury 4502 Label
Ground Black GND
+12V DC Red 12V
Access Granted Brown LED
Wiegand 0 Green D0
Wiegand 1 White D1
Identive OSDP
Reader Signal Wire Color OCTBUS
Ground Black G
RS-485 + Yellow B1
RS-485 - Blue A1
+12V DC Red V(12V)
See OSDP Wiring of Tamper Switch on page 15
Identive Wiegand
Stealth Reader Wire Color MX-1 Label
Ground Black GND
+12V DC Red 12V
Access Granted Brown LED
Wiegand 0 Green D0
Wiegand 1 White D1
JCI Wiegand
Stealth Reader Wire Color RDR2SA Label
Ground Black GND
+12V DC Red 12V
Access Granted Brown LED
Wiegand 0 Green D0
Wiegand 1 White D1
Lenel OSDP
Reader Signal Wire Color Mercury 4502 Label
Ground Black 0V
RS-485 - Blue D0
RS-485 + Yellow D1
+12V DC Red 12V
See OSDP Wiring of Tamper Switch on page 15
Lenel Wiegand
Stealth Reader Wire Color Mercury 4502 Label
Ground Black GND
+12V DC Red 12V
Access Granted Brown LED
Wiegand 0 Green D0
Wiegand 1 White D1
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Software House Ultra OSDP
Reader Signal Wire Color Ultra ACM Label
Ground Black 0V
RS-485 + Yellow D+
RS-485 - Blue D-
+12V DC Red 12V
See OSDP Wiring of Tamper Switch on page 15
Software House Ultra Wiegand
Stealth Reader Wire Color Ultra ACM Label
Ground Black GND
+12V DC Red Power
Access Granted Brown Green LED
Wiegand 0 Green D0
Wiegand 1 White D1
Software House iStar Edge
Wiegand
Stealth Reader Wire Color iStar Edge Label
Ground Black GND
+12V DC Red Power
Access Granted Brown Green LED
Wiegand 0 Green D0
Wiegand 1 White D1
Viscount Wiegand
Stealth Reader Wire Color Bridge Label
Ground Black GND
+12V DC Red Power
Access Granted Brown LED
Wiegand 0 Green D0
Wiegand 1 White D1
Viscount FICAM
Stealth Reader Wire Color Bridge Label
GND Black 0V
+12V DC Red Power
Access Granted
RS-485 - Blue T-
RS-485 + Yellow T+
GND Black 0V
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Veridt Reader Terminal
Installation Guide Wiring
Diagrams
Communications interface: for HID PAM
Color Wiring from
reader to HID PAM
Wiring from reader to HID
PAM Reader 1 or Reader 2
Black GND
Red Power + 12 VDC
Brown No Connection
Purple RS-485 Rx-
Yellow RS-485 Tx+
Blue RS-485 Tx_
Gray w/ white stripe RS-485 Rx+
Orange No Connection
Software House Active Mode
Change
Stealth Wire Color Signal
Black Ground
Green Wiegand 0
White Wiegand 1
Orange Tamper Switch
Brown Access Granted
Grey To RM Module
Red + 12V DC
Monitor Dynamics FICAM
Stealth Reader Stealth Wire
Color
DDC3 Com3
Signal
Ground Black Ground
RS-485 - Blue X-
RS-485 + Yellow X+
+12V DC Red +12V DC
Stealth Standard Pigtail Wiring
Wire Color Signal
Black Ground
Blue RS-485 -
Yellow RS-485 +
Green Wiegand 0
White Wiegand 1
Orange Tamper Switch
Brown Access Granted
Red + 12V DC
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Standard Wiegand
Wire Color Signal
Black Ground
Green Wiegand 0
White Wiegand 1
Orange Tamper Switch
Brown Access Granted
Red + 12V DC
Stealth Standard Serial RS-485
Wire Color Signal
Black Ground
Blue RS-485 -
Yellow RS-485 +
Orange Tamper Switch
Red + 12V DC
OSDP Wiring of Tamper Switch
For OSDP applications, connect the Tamper Switch signal, orange wire Pin 9, to the INPUT 1 signal, Gray wire
on pin 8. DO NOT connect the Tamper switch signal to a control panel. The state of this switch is reported as a
response to an osdp_LSTAT command
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High Assurance Configuration with EWAC
Veridt Encrypted Wiegand and Communications (EWAC)
Interface
The EWAC interface provides a bi-directional RS-485 interface to the PACS panel and a network interface that
can allow a secure server to control door access. Install the EWAC interface in or near the PACS panel.
J3 Power
Pin 1: GROUND
Pin 2: +12 VDC
J4 Stealth Reader
Pin 1: GROUND
Pin 2: +12 VDC
Pin 3: Digital IO
Pin 4: RS-485 +
Pin 5: RS-485 –
J5 Wiegand
Pin 1: GROUND
Pin 2: WIEGAND 0
Pin 3: WIEGAND 1
Pin 4: Digital IO
J6 Network
Ethernet to LAN
The EWAC unit provides power directly to the reader. The EWAC unit requires 100 mA at 12 VDC. This means
the total power requirement is the reader current requirement + 100 mA. Ensure the power supply can provide
sufficient power
Note: Most PACS controllers DO NOT have adequate power both reader and the
EWACS. Use an appropriately sized power supply for the PACS panel. For
example, for an eight-door panel, the power supply must be rated for at
least 6 A (apply a 50 percent margin when sizing the power supply).
Tamper Switch
The optional tamper switch allows the PACS to monitor the installed state of the reader.
The tamper switch is closed when the reader is attached to the wall and open when the reader is removed from
the wall. When the switch is closed, the tamper switch input signal is switched to GROUND. When the switch is
open, pull the input signal to a logical High state by the PACS to detect the tamper condition.
The tamper switch is Normally Open (NO) and rated at 28 VDC @ 500 mA.
Communications Interface
To configure the EWAC board with an IP address on the same subnet, download and install the Lantronix device
installer on a computer on the same network as the EWAC board. The Device Installer applications is currently
located at https://www.lantronix.com/products/deviceinstaller
Figure 6 • EWAC Interface Unit
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IP Configuration for EWAC Lantronix
Note: Most PACS controllers DO NOT have adequate power both reader and the
EWACS. Use an appropriately sized power supply for the PACS panel. For
example, for an eight-door panel, the power supply must be rated for at
least 6 A (apply a 50 percent margin when sizing the power supply).
1. Start the Lantronix Device lnstaller. The application should display a screen like the one shown here.
The two Lantronix devices depict two different EWAC board.
2. At the main window, select the IP address that you want to configure.
3. Select the Web Configuration tab in the right pane.
4. When the login dialog displays, enter your Username and Password.
5. The default Username is admin. The default Password is PASS.
6. The right panel that displays should resemble the one shown below
Figure 7 • Lantronix Device Installer Opening Window
Figure 8 • IP Configuration
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7. From the list of options in the left pane, select Network; then click the Configuration button. The IP address of
the EWAC module should display.
8. If the IP address is incorrect, turn off BOOTP Client and the DHCP Check and enter the correct static IP
address.
9. Next select the Tunnel option, click the button on the Tunnel 1 Connect Mode window
10. Select the Host 1 IP address and change it to the IP address of the HID pivCLASS PACS Administration
Figure 9 • IP for Host Address
Figure 10 • Lantroix Device Installer Opening Window
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11. To lock-in the new configuration settings, select System from the list of options in the right pane and then click
the Reboot button.
12. The reboot sets the EWAC to the new configuration.
13. Refer to the HID documentation when configuring the pivCLASS PACS Administration software to complete
the System configuration
Reader Troubleshooting
Please have the following information available before calling Veridt
Table 3 •Reader Information
Serial Number Date of Manufacture (Month/Year)
Voltage/Current
Reader from Power Distance Power Supply Voltage & Current Ratings
Feet VDC │Amps
Wire Gauge (e.g. 18, 22, etc.) No Load Voltage (Reader Idle)
AWG VDC
Reference Voltages
Wiegand Lines
D0 to Ground D1 to Ground
VDC VDC
LED Line
Brown Wire to Ground (LED = Red) D1 to Ground
VDC 4.5-5.0 VDC VDC-0.00 VDC
Power Supply and Wire Gauge
ACM (Panel) & Power Supply Distance Power Supply Voltage & Current Ratings
Feet VDC │Amps
Wire Gauge (e.g. 18, 22, etc.)
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Multi-Technology Readers
A common problem that occurs with multi-technology readers is not measuring load voltages and currents
versus no load (when the equipment is idle) with readers that draw more current than typical prox on simple
contactless readers.
Typical prox readers draw between 110-150 mA and are typically powered by the panel. Issues, such as common
grounding and measurements at load, are not relevant. For readers that draw more current, faults can occur
when the system is running because the voltage is inadequate.
Indicators of insufficient voltage at load include the following:
• A fault occurs at specific locations.
• A fault occurs under specific conditions, such as cardholder traffic or specific times of the day.
• The reader cycles through its startup cycle repeatedly.
The above fault types are strong indicators of insufficient voltage at load coupled with current limitations that
depend on the number of devices connected to a specific power supply.
The voltage drop table (see Table 2) defines the maximum length of cable for a specific gauge wire before a 10
percent drop in voltage occurs. When the cable exceeds the listed length, voltage drops below levels at which the
reader operates reliably, and various faults occur that require resetting the unit.
The cable lengths apply to any device. When both the reader and bridge are powered on the same power supply,
the bridge is similarly affected.
Compliance Statements
FCC 15.105 FCC (US)
(a) For a Class A digital device or peripheral, the instructions furnished the user shall include the following or
similar statement, placed in a prominent location in the text of the manual:
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 his own expense.
Industry Canada ICES-003 Compliance
CAN ICES-3 (A)/NMB-3(A)
FCC 15.19 FCC (US):
This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This
device may not cause harmful interference, and (2) this device must accept any interference received, including
interference that may cause undesired operation.
IC (Canada):
This device complies with Industry Canada license-exempt RSS standard(s). Operation is subject to the following
two conditions: (1) this device may not cause interference, and (2) this device must accept any
24 Stealth Series Installation Guide 269-2010 Rev 07
interference, including interference that may cause undesired operation of the device.
Cet appareil est conforme aux normes Industry Canada exemptes de licence RSS standard(s). Son
fonctionnement est soumis aux deux conditions suivantes : (1) cet appareil ne doit pas provoquer d’interferences
et (2) cet appareil doit accepter toute interference, y compris les interferences susceptibles de provoquer un
fonctionnement indesirable.
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FCC 15.21
IMPORTANT! Changes or modifications not expressly approved by Veridt Inc could void the user’s authority to
operate the equipment.
IC (Canada):
IMPORTANT! Changes or modifications not expressly approved by Veridt Inc could void the user’s authority to
operate the equipment.
IMPORTANT ! Les changements ou modifications non approuves expressement par Veridt, Inc pourrait annuler
l’autorite de l’uti-lisateur a faire fonctionner l’equipement.
CE STANDARDS
Testing for compliance to CE requirements was performed by an independent laboratory. The unit under test was
found compliant to class B limits of part 15 of the FCC Rules.
The products listed in this Guide meet Standard UL 294 ED 7.
3.1.1 ACCESS CONTROL - The monitoring or control of traffic through portals of a protected area by identifying the
requestor and approving entrance or exit.
Document Control
Date Revisions Description
July 19, 2021 Rev 07 New PAM wiring colors
February 25, 2021 Rev 06 Corrected PAM wiring
April 24, 2020 Rev 05 Minor corrections
April 6, 2020 Rev 04 Sections added for additional PACS panels
January 6, 2019 Rev 03 Section added for Entry Point Reader Service
November 27, 2017 Rev02 Signicant new and updated information
March 23, 2016 Rev 01 Correction to RS-485 signal labels
May 16, 2014 Rev 00 Initial Release
Contact Information
For more information, contact:
[email protected] Veridt, Inc.
7182 US Highway 14,
Ste 401
Middleton, WI 53562
Tel: [phone]
FAX [phone]
www.veridt.com
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Installation Guide
Stealth Readers