safetrust SA350 Sabre Inline Relay Installation Guide
- June 6, 2024
- safetrust
Table of Contents
safetrust SA350 Sabre Inline Relay
Product Overview
The SABRE is available as an INLINE or a RELAY device. Both products make it easy to upgrade any existing access control system with mobile access, without giving up support for physical access cards. When connected between a host reader and a physical access control panel, the SABRE enables mobile devices and wearables to be used as a replacement or in-conjunction with existing card technologies. The SABRE INLINE and the SABRE RELAY sensors contain onboard Wi- Fi which permits two-way communication with the Credential Manager for OTA remote management and configuration. The SABRE RELAY is an extension of the INLINE device with additional access controller management capabilities. The RELAY is ideally suited for parking garages, remote buildings and single door offices where no existing cabling or reader infrastructure exists. If you order the SABRE INLINE it will come without the relay section of the board.
In the box
Included
INLINE or RELAY Sensor
Not Included (Required)
- Wiring
- 7 1/8 in Solid and Stranded Wire Stripper
- Insulation Displacement Connector, Moisture Resistant, 300 V Max
- Screwdriver
Specifications
Hardware
Bluetooth Low Energy 2.400 GHz -2.4835 GHz
Ports
USB, Optical Relay 400mA, External 48V 5A relay
Mobile Operating Systems
Apple iOS 9.0 or later and Android 4.4 or later on devices with the Safetrust
Wallet
IoT Protocol
MQTT (ISO/IEC PRF 20922)
Dimensions
65mm x 30mm x 12mm
Output
Form C relay, Wiegand, RS-485, OSDP v1/v2, OSDP v2 Secure Channel, TTL 5V
Mobile Credential Emulations
Most popular 125kHz prox formats from HID®, Indala®, AWID®, GE Casi®,
Farpointe and Honeywell®, MIFARE® Classic, MIFARE® DESFire® and Seos®
Credentials
Power Requirements
5-12 V DC
Power Consumption
Wi-Fi 2 – 50 mA, BLE 2 – 15 mA
Certifications
FCC Part 15 Modular Transmitter Certification, Canada IC, EU EMC CE, India
ETA-WPC, RCM, RoHS. WEEE
Installation
Step 1: Wire your INLINE or RELAY device
Note : This guide assumes you have already created an Identity System
within the Credential Manager platform and assigned credentials to that
system.
If you have not done so, please refer to the Safetrust Onboarding Guide before
completing the sensor installation.Panel Connector – Supports pass through
Wiegand or translates Wiegand to RS-485 (OSDP). Includes supplemental I/O for
special applications. Reader Connector – Wires into a legacy reader providing
pass through Wiegand, LEDs and buzzer. Supplemental trigger output. Relay
Connector (Relay version) – Offers a Form C relay and solid state relay I/O.
Perfect for parking gates and other custom aplications.
- Relay 5v Out Ext
- Relay 5v In Ext
- Relay 5v In2 Ext
- Relay In
- Normally Closed
- Common
- Normally Open 3
- Ground
- Relay Out
- 12V
Electrical Installation and Disclaimer
Please consult your local jurisdiction to determine what licenses are required
to install or modify a low voltage electrical access control and alarm system.
Instructions in this document do not provide authority or endorsement to
install this device if you are not authorized to do so in accordance with the
laws in which the device will be installed.
RS-485 Termination
The device is self-terminating, however over long cable runs and in multi-drop
lines it may be necessary to provide additional termination. Please consult
the RS-485 (EIA/TIA-485-A) specification if you notice noise or instability in
your installation for information on correct termination procedures. Please
note that this device operates at 3.3v and may be configured to operate at the
higher end of the RS-485 specification of 5v. 5v provides greater reliability
over longer distances, however, most access control peripherals operate at the
lower end of 3.3v and as such, please consult with your panel manufacturer for
permitted line voltage levels. In most cases, panels are compliant with RS-485
and accept the range 2.5 – 5v.
Standard Wiegand Wiring
For pass-through Wiegand, connect the Wiegand wires from the reader to the
‘Data 0 RS-485 A’ and ‘Data 1 RS-485 B’ connections on the reader connector of
the Inline/Relay, and connect the ‘Data 0’ and ‘Data 1’ outputs from the panel
connector to the Wiegand input on the panel.
OSDP Wiring
For Wiegand translated to RS-485 (OSDP), connect the wires the same way as
above between the reader and the Inline/Relay, and connect the ‘RS-485 A’ and
‘RS-485 B’ outputs from the panel connector to the RS-485/OSDP input on the
panel.
Step 2: Open the Safetrust Wallet
The Safetrust Wallet App communicates with the sensor via Bluetooth and
configures the sensor for an Identity System.
Setup:
- Open your Safetrust Wallet App or download it from the App Store or Google Play if you haven’t already.
- Login with Google Sign-In or with the username and password that you set your Safetrust account up with.
Select the Manage Sensor tab from the navigation on the left hand side.
Step 3: Choose a sensor to manage
With the Manage Sensor tab open, bring the phone in range of the SABRE and
once visible from the App, click on the sensor.
Note : You may need to click the refresh button in the top right hand
corner. Once the sensor is highlighted, click CONFIGURE from the bottom
options.
Step 4: Input sensor information
The settings show a range of configuration options for the sensor, however the
following fields are the main settings that require action at this time.
Setup:
- Choose an Identity System.
- Specify the Type of access from the dropdown (eg. Door, Gate etc.)
- Assign a short Name and Description using alphanumeric characters.
- Choose an Output for the sensor (the default is set to Wiegand).
Configuring WiFi
- To connect the sensor to a WiFi network, click the ‘Configure Wifi’ toggle button. Switching the toggle will reveal additional settings below.
- Click the ‘Choose a network’ setting or type in the Wifi Name in the ‘Wifi Name’ field. If your network is not listed, try clicking the refresh icon next to ‘Choose a network’.
- Choose the network type – Personal or Enterprise.
- For Enterprise 802.1X networks, click the ‘Root certificate’ and ‘Client p12’ buttons to upload your certificates. Type the P12 password in the ‘P12 password’ field.
Activation Distance
Set the Activation Distance for your sensor between touch and 50 ft (15m). The
distance will automatically be set to 30cm, meaning a user needs to be within
30cm in order to “Auto Authenticate” to the reader.
Anti-passback
The Anti-Passback setting defines the number of seconds between each attempt
to resend a mobile credential. Anti-Passback can be used to prevent users from
passing their credential back for another user to borrow and to stop users
from entering an area by simply following or tailgating another user.
OSDP Output
If the Output is set to OSDP, select the Serial Baudrate and set the Device ID
to match the settings of the access control panel. Once you have adjusted all
the configuration settings, scroll to the bottom of the page and click SUBMIT
to successfully complete the sensor configuration.
Step 5: Configuration complete!
When the SABRE information is saved successfully to Credential Manager and
assigned to the Identity System, the new description will appear in the Manage
Sensor tab with a unique serial number assigned.
Getting Access
- To open the door, simply present your mobile device running the Safetrust Wallet application to the reader.
- When the phone is within the configured activation range, the LED on the assigned credential for this sensor will turn yellow.
- If “Auto Authenticate” is enabled for the mobile credential, the credential will be sent to the SABRE whenever the mobile device is within the activation zone.
Disclaimers
Note: This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:
- Reorient or relocate the receiving antenna.
- Increase the separation between the equipment and receiver.
- connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
- Consult the dealer or an experienced radio/TV technician for help.
RF Exposure: Mobile RF exposure device, there shall be a minimum separation of 20 cm between the device and any users or installers. Canada Radio Certification: 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 interference, including interference that may cause undesired operation of the device. Safetrust, SABRE MODULE, and Safetrust Wallet are all trademarks of Safetrust Inc. All other product and company names are trademarks of their respective holders; use of these trademarks does not imply any affiliation with or endorsement by their holders. All claims of compatibility are made by Safetrust only. *HID®, iCLASS SE®, Seos®, multiCLASS SE®, and Indala® are trademarks of HID Global Corporation/ASSA ABLOY AB. Neither that company nor its affiliates have manufactured or endorsed this product and have no association to Safetrust Inc.
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