WIRELESS DISCRETE DUAL INPUT TRANSMITTER
Battery-Powered, Self-Contained Digital Signal Monitoring Solution
SM-DJ1
HIGHLIGHTS
- 2 discrete inputs (dry contact / NPN)
- Up to a 10-year battery life
- Supports Over-the-Air (OTA) functionality for updating the device configuration
- Self-contained, rugged design
- Installs in minutes
- IP66, -40 °C to 70 °C (-40 ˚F to 158 ˚F)
- 900 MHz range: Up to 1.4 Miles / 2.3 km with Clear Line of Sight
- Secure AES encryption
- Class I, Division 1 (Zone 0)
- Intrinsically Safe
2 Discrete/Digital Inputs
The OleumTech® OTC Wireless Discrete Transmitter features two discrete inputs for connecting to dry contact or open-drain output/NPN sources for notifying state changes. The digital inputs can be set for normally open or normally closed. The wireless transmitter can also report transition counts. The SM-DJ1 utilizes an on-delay exception reporting method allowing users to set the debounce filter ranging from 20 ms to 2000 ms to help remove undesired state reporting due to signal noise or hysteresis. As a safety measure, regardless of state change, this device reports to the wireless gateway at a user-defined interval. This ultra-low-power transmtiter is powered by a replaceable battery pack that provides up to a 10-year life.
Reliable, Scalable and Safe
The field-proven wireless transmitter communicates with an assigned wireless gateway within the OTC Wireless Sensor and I/O Network creating a highly scalable network, accommodating virtually any I/O requirement.
The OleumTech wireless transmitter is certified for use in Class I, Division 1 (Zone 0) hazardous locations. It is intrinsically safe, designed not to cause a spark, and can be serviced without being removed from a process.
TECHNICAL SPECIFICATIONS
| WIRELESS COMMUNICATIONS | |
|---|---|
| Radio Band | ∙ ISM Band (License-Free) |
| 900 MHz | ∙ FHSS, FSK, AES Encryption 256-bit (900 MHz) |
| Bit Rate | ∙ 900 MHz: 9600 bps / 115.2 kbps |
| Output Power (Max) | ∙ 900 MHz: 10 mW |
| Receiving Sensitivity | ∙ 900 MHz: -110 dBm @ 9600 bps, -100 dBm @ 115.2 kbps |
| RF Range | ∙ 900 MHz: Up to 7500 Feet / 1.4 Miles / 2.3 km with Clear Line of Sight |
| HARDWARE FEATURES | |
|---|---|
| Device Functionality | ∙ Wireless Transmitter with Two Discrete Inputs |
| Embedded Controller | ∙ Ultra-Low Power RISC Microcontroller with Internal FLASH (Field Upgradeable) |
| Configuration | ∙ Standard RS232 Serial / BreeZ® Software for PC |
| Inputs | ∙ 2 Discrete Inputs for Dry Contact or Open-Drain Output/NPN Devices |
| Power Source | ∙ Self-Contained, Internal 3.6 Vdc Lithium Battery |
| Internal Battery Life | ∙ Up to 10 Years, Based on User Defined Reporting Intervals |
| Device Diagnostics | ∙ Health Tags: Battery Voltage, Received Signal Strength Indication (RSSI), RF Refresh, RF Timeout |
| CERTIFICATIONS & COMPLIANCE | |
|---|---|
| EMC/EMI | ∙ FCC Part 15 (USA), IC ICES-003 (Canada) |
| Safety | ∙ Class I, Division 1, Groups A, B, C, D T3C; Ex ia IIC T3 |
| ∙ Class I, Zone 0; AEx ia IIC T3 | |
| ∙ IECEx: SIR 13.0054X; Ex ia IIC T3 Ga |
| GENERAL SPECIFICATIONS | |
|---|---|
| Operating Conditions | ∙ Ambient Temperature (Class I, Division 1 / Zone 0): -40 °C to 70 °C (-40 °F to 158 °F) |
| ∙ Ambient Temperature (Non-Hazardous Applications): -40 °C to 80 °C (-40 °F to 176 °F) | |
| ∙ Humidity: 0 to 99 %, Non-Condensing | |
| Warranty | ∙ 2-Year Parts and Labor |
| Country of Origin | ∙ USA |
| ORDERING INFORMATION | |
|---|---|
| Model Numbers | ∙ SM5000-DJ1 |
| Wirelessly Connects To | ∙ OTC Wireless Gateway |
| Configuration Cable | ∙ SX1000-CC2, 20-ft All-in-One Configuration Cable |
| Replacement Battery | ∙ Use OleumTech SX1000-BP3 Only |
¹. Ambient temperature and one transmission per 1 min interval without any retries were used to calculate battery life. Actual battery life may vary depending on environmental factors, application, and usage. Use data shown above only as general point of reference. See OleumTech Battery Life Expectancy Chart for predicted battery life based on reporting interval.
². The maximum RF range data was collected under optimal test conditions, including a clear line of sight between antennas. Actual wireless RF range may vary depending on location, RF interference, weather, antenna type, cable type, and line of sight.
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