Wireless Universal Analog Sensor Adapter (SS3-615)

With the SS3-615, you can address the wide range of available measurement types, operating ranges, and physical form factors by combining existing traditional analog sensors with the SS3-615 to gain access to any measurement across industrial, residential, or corporate facilities or plants. Many of the measurements
available include (but are not limited to):

• Temperature (thermocouples, RTDs • Power, Voltage, Current • Flow Rate • Pressure • Level
• Proximity/Distance • And more

As you consider different traditional sensors for use with the SS3-615, the Swift Sensors team is available for consultation and support to help you select and configure the best option for your measurement needs.

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$199.99

Products that will be added:

  • Cloud Monitoring and Alert Service (yearly)

Overview

With the SS3-615, you can address the wide range of available measurement types, operating ranges, and physical form factors by combining existing traditional analog sensors with the SS3-615 to gain access to any measurement across industrial, residential, or corporate facilities or plants. Many of the measurements available include (but are not limited to):

• Temperature (thermocouples, RTDs • Power, Voltage, Current • Flow Rate • Pressure • Level
• Proximity/Distance • And more

As you consider different traditional sensors for use with the SS3-615, the Swift Sensors team is available for consultation and support to help you select and configure the best option for your measurement needs.

Onboard Simple Control Loop

Using the onboard control loop, users can monitor a sensor measurement and enable alarms or equipment when the measured value exceeds set limits. The control loop runs onboard the sensor firmware, enabling you to monitor and react with control loops up to once per second. Measurement values are transmitted to the Swift Sensors Console on the internet without interfering with or slowing down the control loop operating on board the sensor circuitry.

Oversampling and Averaging

The SS3-615 sensor oversamples measurement acquisitions at a frequency of up to once per second (as described above relating to the onboard control loop). The sensor transmits the data to the gateway at the configured update rate of up to once per minute. You can configure what data is transmitted to be either the latest data point acquired or an average (FIR Filter) of the oversampled data points acquired within the update rate window.

Designed for Global Use

The SS3-615 Wireless Universal Analog Sensor Adapter’s “universal” nature simplifies your decision and inventory issues because it can be configured to work with any analog sensor, whether it outputs voltage, current, or resistance. In addition, like all Swift Sensors wireless sensors, the SS3-615 uses Bluetooth (BLE5) for its communication technology and has been certified for use around the world with both radio frequency and CE certification.

Swift Sensors Gateway

The Swift Sensors Gateway collects encrypted data from sensors located within the specified communication range (< 90m/300ft) and then transmits the sensor data to the Swift Sensors Cloud through either Ethernet, Wi-Fi, or cellular. The gateway auto-detects all sensors within range and will immediately establish secure communication without any user configuration or setup. Each gateway can support up to 150 Series 3 sensors.

Swift Sensors Console

All sensor data is logged and stored in the Swift Sensors Cloud. The Swift Sensors Console is configured to monitor and track all sensor data in the cloud. Multiple thresholds and alerts can be set separately for each sensor to supply notification via SMS text, email, or phone call. The console can be viewed in a web browser on a computer, tablet, or smartphone. No programming is required to configure the console. An API to the Swift Sensors Platform allows integration with other data sources and 3rd-party data analytics tools.

Weight 0.125 lbs
Dimensions 3.05 × 1.73 × 0.73 in
Power

1.8 – 3.6VDC, 0.045mW Average, 1300mAh avg, 3.3VDC, 0.165mW Average, 5-24Vdc Power Terminals, AAA x2 Replaceable "L92" Lithium Polymer

Operating Voltage

0.06mW average (Battery Operation), 0.6mW (Ext.), 3.0Vdc

Average Current Consumption

<6uA consumption from Batteries while using EXT Power, ~5uA Sleep Current, 200uA (Active, External Power), 20uA (Active, Battery Power), 500uA (Command ACK)

Battery Operating Temp

Installed: -40°C to +60°C (-40°F to +140°F), Removed: -40°C to +80°C (-40°F to +176°F)

Battery Life (Average)

6 – 8 Years, Up to 20 Years (EXT Power)

Communication Protocol

BLE/BT5 2.4Ghz

BLE Chipset

nRF52840

TX Strength

+8dBm (Default)

Range

250m – 300m (270ft – 300ft+) Line-of-Sight, 30m – 50m (100ft – 150ft+) Non Line-of-Sight

Encryption

128-Bit AES Encryption

Button Press

Click to turn on. Press and Hold 2 sec to put in sleep mode

LED

Green LED: 2 sec blinking when turning on. 2 sec solid when entering sleep mode

Find My Sensor

Command from Console to blink sensor LED

Weight

56g (2 oz)

Dimensions

80mm x 59.5mm x 46.25mm (2.343in. x 1.82in. x 1.004in.)

Input Connector

8-Position Screw Terminal Connector (3.5mm Pitch)

Enclosure Material

ABS PA-765+

IP Rating

No Published IP-Rating Yet*

EMC Compliance

FCC Part 15 Class B

Warranty

2-years

Sensor Type

Temperature/Humidity/Moisture

Measurement Current

0 – 20mA, 4 – 20mA Industrial

Current Pin

5

Measurement Voltage

0 – 10V Industrial

Voltage Pin

3

Voltage Range

0 – 10 VDC

Voltage Accuracy

15mV

Voltage Precision

10mV

Voltage Resolution

14-bit (0.806mV/Step)

Voltage Impedance

49.9kohms

Current Range

0 – 20mA

Current Accuracy

15uA

Current Precision

1uA

Current Resolution

14-bit (Current: 1.44uA/Step)

Current Impedance

51 Ohm

Resistance Connector

4

Resistance Range

0-3MΩ with defined accuracy Supported, No guarantee for Measurements >3MΩ to 6MΩ

Resistance Mechanism

Adaptive Auto-Ranging with Hysteresis: Pull-up Branch resistance changes from R1-R4 to optimize Range Accuracy and Resolution

Resistance Adaptive Ranges

(Highest possible resistance value = 6MΩ), R1: 80k-3MΩ+, R2: 10k-80kΩ, R3: 1k-10kΩ, R4: 0-1kΩ

Resistance Hysteresis

Maximum Hysteresis for Adaptive Switching is 50%, R1: 40k-3MΩ, R2: 5k-80kΩ, R3: 500-10kΩ, R4: 0-1kΩ

Resistance Impedance

R1: 101kΩ, R2: 11kΩ, R3: 2k, R4: 1.1k

Resistance Accuracy

>1% (100ohm-2Mohm), 1-ohm (0-50 Ohm), 3% (50-100ohm, 2-3Mohm)

Resistance Precision

0.001ohm

Resistance Resolution

1.3Ω (1k-10kΩ), 10.6Ω (10k-80kΩ), 128mΩ (0-1kΩ), 14-bit, 339Ω (80k-3MΩ)

Inspection Rate

1 – 30 Minutes (Default 5 Minutes)

Resistance Pin 1

5-24V Input for External Power

Resistance Pin 2

GND

Resistance Pin 3

Vin

Resistance Pin 4

Rin

Resistance Pin 5

Iin

Resistance Pin 6

GND

Resistance Pin 7

DOUT

Resistance Pin 8

GND

DO Voltage Rating

0-24V

DO Current Rating

0.25A average, 0.375A Peak

DO Switch Type

Open-Drain Output Switch with Fuse + Diode Protection

DO Switching Conditions

Based on Measurement Context, User-Configurable

Application Restrictions

Avoid Applications which would Submerge the Sensor Body in water, or have constant exposure to 100% humidity

Application Environment

Indoor, Outdoor

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