SEM1615 USB Programmable Universal Input DIN Rail Temperature Transmitter
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- Contact: 何小姐
- Tel:18923719838
- Email:1569781293@qq.com
Other Products
SEM1615 USB Programmable Universal Input DIN Rail Temperature Transmitter
SEM1615 DIN Rail Universal Temperature Transmitter
- Universal dual-channel input
- DIN rail mounting 4 to 20 mA loop output
- MATHS function
- Sensor characteristics downloadable via USB port allow custom types
- FLASH tested to 4 KV DC
SEM1615 is a DIN rail-mounted universal transmitter that accepts RTD, thermocouple, potentiometer, or millivolt input signals and converts them into an industrial standard (4 to 20) mA transmission signal.
SEM1615 is programmed using a standard USB cable and the free configuration software "USBSpeedlink" for download.
Sensor Referencing
SEM1615 sensors are referenced via Windows-based "USBSpeedlink" software, enabling a close match
to known reference sensors, eliminating potential sensor errors.
Custom Linearization
SEM1615 can be programmed with custom linearization to accommodate non-standard sensors or sensors with
unusual or unique characteristics. For details, please consult the sales office.
Sensor Burnout Detection
If the sensor leads break or disconnect, the SEM1615 output will automatically go to a user-defined level (upper or lower limit) or a preset value.
Output Current Preset
For ease of system calibration and debugging, the output can be set to a predetermined level anywhere within the 4 to 20 mA range.
| Electrical Input | |||
| Range + Option | Accuracy | Stability | |
| Resistance | |||
| 10 to 10000Ω | 10 to 500Ω ±0.055Ω, | 0 to 500Ω 0.013Ω/°C, | |
| Excitation 200 uA | 500 to 2500Ω ±0.5Ω, | 500 to 2500Ω 0.063Ω/°C, | |
| Lead resistance 0 to 20Ω | 2500 to 10500Ω ±0.2% of reading | 2500 to 10500Ω, 0.27Ω/°C | |
| 2, 3, or 4-wire connection | + 2-wire lead error | ||
| Slide wire | |||
| 0 to 100% Travel Lead resistance (1 to 100)KΩ | ± 0.1 % | ±0.001%/°C | |
| mV | |||
| -205 to 205mV DC | ±0.02 mV | ±0.005 mV/°C | |
| -1000 to 1000mV DC | ±10.0 mV | ±0.02 mV/°C | |
| Input RTD RTD (2, 3, or 4-wire single/dual wire dual channel; isolated tip for dual operation only) | |||
| PT100 (IEC) | -200 to 850°C | 0.2°C ± (0.05% of reading) (plus sensor error) | |
| PT500 (IEC) | -200 to 850°C | ||
| PT1000 (IEC) | -200 to 600°C | ||
| Ni100 | -60 to 180°C | ||
| Ni120 | -70 to 180°C | ||
| Ni1000 | -40 to 150°C | ||
| Cu53 | -40 to 180°C | ||
| Cu100 | –80 to 260°C | ||
| Cu1000 | -80 to 260°C | ||
| Library includes more standard/types, including silicon sensors | |||
| Temperature stability: - Refer to resistance stability values for thermal effects | |||
| Sensor Input TC | |||
| Type | Range | Accuracy/Stability | |
| K | -150 to 1370°C | ±0.1% full scale ±0.5°C (plus sensor error) | |
| J | -200 to 1200°C | ||
| N | -270 to 1300°C | ||
| E | -260 to 1000°C | ||
| T | -270 to 400°C | ±0.2% full scale ±0.5°C (plus sensor error) | |
| R | -0 to 1760°C | ±0.1% full scale ±0.5°C Beyond range 800 to 1760°C plus sensor error | |
| S | -0 to 1760°C | ||
| L | -200 to 900°C | ±0.1% full scale ±0.5°C (plus sensor error) | |
| U | -200 to 600°C | ||
| B | 0 to 1820°C | ||
| C | 0 to 2300°C | ||
| D | 0 to 2300°C | ||
| G | 0 to 2300°C | ||
| Library includes more standard/types | |||
| Temperature stability: - Refer to mV stability values for thermal effects | |||
Dual Channel Operation | |||
Thermocouple A & B | Functions; Average, Redundancy, A + B, A – B, Highest, Lowest | ||
mV A & B | Functions; Average, A + B, A – B, Highest, Lowest | ||
RTD A & B | Two-wire connection. Functions; Average, A + B, A – B, Highest, Lowest | ||
Cold Junction (Ambient Sensor) | |||
Thermistor 10K Beta 3380 | -30 to 70°C | ±0.2°C | |
| Thermal Drift | Zero at 20°C | ± 0.05 °C/ °C | |
| Output | |||
| Type/Function | Range/Description | Accuracy/Stability/Notes | |
| Two-wire Current | 4 to 20 mA | mA output/2000 or 5 uA, whichever is greater | |
| Thermal Drift | Zero at 20°C | ±1 uA/°C | |
| User Set Minimum Current | 3.5 to 4.0 mA | 3.8 mA default | |
| User Set Maximum Current | 20 to 23.0 mA | 20.5 mA default | |
| User Set Error Current | 3.5 to 23.0 mA | Any mA value within range | |
| User Preset Current | 3.5 to 23.0 mA | For diagnostics | |
| Loop Effect | ± 0.2 uA/V | ||
| Loop Powered | 10 to 30V DC, > 35 mA | Safety Extra Low Voltage SELV | |
| Maximum Output Load | [(V supply - 10)/20]KΩ | 700 Ω @ 24 V DC | |
| Protection | Protected against reverse and overvoltage | ||
| USB User Interface | |||
| Model/Function | Range/Description | Notes | |
| USB 2.0 | Mini B USB | USB only for configuration powered device. Power loop for real-time data. | |
| Baud Rate | 38,400 | ||
| Sensor Configuration | Sensor Type | TC / mV / RTD / Ohm / Slide wire Dual TC / mV / RTD | |
| Sensor Offset | Dual sensors use separate offsets | ||
| Sensor Failure High or Low | Dual sensors share sensor failure | ||
| Preset Sensor Value | For diagnostics | ||
| Set Number of Wires, Resistance Input | 2, 3, or 4 wires | ||
| T/C Cold Junction Compensation | Automatic or fixed | ||
| Profiler Configuration | Set Profiler Input Range | In sensor units | |
| Set Profiler Segments | 4 to 22 segments | ||
| Input Profile X~Y Values | |||
| Set Profiler Output Units | |||
| Set Output Process Range | |||
| TC and RTD Only Input Set Units | Profiler established | ||
| Output Signal | Select Retransmission Process Range | Set in profiler output units | |
| Set Minimum Current | 3.5 to 4.0 mA | ||
| Set Maximum Current | 20 to 23.0 mA | ||
| Set Error Current | 3.5 to 23.0 mA | ||
| Preset Loop Current | 3.5 to 23.0 mA | ||
| Damping | User Set Process Variable (PV) Damping | 1 to 32 seconds to reach 70% of final value | |
| Diagnostics | Read (PV, mA, CJ°C, Error & Power Off) Log Points Back From Device Set Log Period Clear Log and Start New Log Export Log Data Detect Open Sensor Leads Calibration Date, Certificate Number, Calibration | Up to 150 points Log Rate (1 to 60) readings per hour | |
| Real-Time Data | Read Process Variable (PV) | ||
| Read Analyzer Input Signal | |||
| Read Analyzer Output Signal | |||
| Read Cold Junction Temperature | |||
| Read % Output | |||
| Read mA Output | |||
| Function | Description | ||
| Isolation | Flash tested at 4 KV DC for 5 seconds, operating voltage 50 V AC | ||
| Update Time | 200 milliseconds | ||
| Response Time | 500 milliseconds, to reach 70% of final value | ||
| Startup Time | 5 seconds | ||
| Warm-up Time | 2 minutes | ||
| Ambient Temperature | Operation/Storage -30 to 70°C | ||
| Ambient Humidity | Operation/Storage 10 to 90% RH non-condensing | ||
| Mounting Enclosure | EN50022 DIN rail enclosure, providing >= IP65 protection | ||
| Ambient Configuration | 10 to 30°C | ||
| Enclosure | DIN 43880 | ||
| Material | Polyamide 6.6 | ||
| Dimensions | 17.5 mm × 56.4 mm × 90 mm | ||
| Enclosure | DIN rail mounting | ||
| Weight | Approx. 70g | ||
| Color | Gray | ||
| Output | Screw terminals 2.5 mm max pin (4,5) | ||
| Input | Screw terminals 2.5 mm max pin (7,8,9,12) | ||
| USB | Mini B USB | ||
| EMC | EN 61326: Industrial | ||
| Protection Class | EN 60529 | ||
| RoHS | Directive 2011/65/EU | ||
| Industry Category | Measurement-Analysis-Instruments |
|---|---|
| Product Category | |
| Brand: | STATUS |
| Spec: | SEM1615 |
| Stock: | |
| Origin: | China / Guangdong / Shenshi |
