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Instruction Manual for SENVA models including: TotalSense Series, Indoor Air Quality Sensor, TotalSense Series Indoor Air Quality Sensor, Air Quality Sensor, Quality Sensor, Sensor, BACnet, Modbus, Analog
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DocumentDocumentINSTALLATION INSTRUCTIONS T talSenseTMSeries Indoor Air Quality Sensor BACnet/Modbus/Analog PRODUCT IDENTIFICATION Pkg Out CO2 RH VOC PM T Disp Acc AQ2 - Package W = Surface IMPORTANT WARNINGS · Only qualified trade installers should install this product · This product is not intended for life-safety applications · Do not install in hazardous or classified locations · The installer is responsible for all applicable codes · De-energize power supply prior to installation or service PRODUCT APPLICATION LIMITATION: Senva products are not designed for life or safety applications. Senva products are not intended for use in critical applications such as nuclear facilities, human implantable device or life support. Senva is not liable, in whole or in part, for any claims or damages arising from such uses. FEATURES The TotalSense series design allows customization for a sensor that meets project requirements for monitoring temperature, carbon dioxide (CO2), total volatile organic compounds (TVOC), particulate matter (PM), relative humidity (RH), passive-infrared occupancy sensor (PIR), and ambient light. The product can be ordered as a stand-alone CO2, RH, Temp, TVOC, PM, or PIR sensor as well as almost any combination of sensors. Resistive-set-point sliders and pushbuttons are also available to meet the requirements for any job. All models come standard with programmable set-point relay (except on PM models) and barometric pressure compensation for CO2. Choose the analog version to receive up to three selectable and programmable analog outputs or utilize the communications version to access a myriad of data through Modbus RTU or BACnet MS/TP. Communications version comes standard with ambient light sensing. To verify the features see the 'Product Identification' section of the installation manual or use the configuration tool at senvainc.com or scan the QR code on the right. TotalSense Configurator Output Type A = 3-wire Analog B = BACnet/Modbus CO2 A = None C = Standard CO2 D = Dual Channel CO2 Relative Humidity A = None 2 = 2% RH accuracy VOC A = None V = TVOC Particulate Matter A = None P = PM 1.0, 2.5, 4.0, 10.0 (Available on AQ2W-B BACnet/Modbus versions only) Temperature Output A = None B = Transmitter and display/comms temp reading C = 100Pt RTD D = 1000Pt RTD E = 10K Type 2 F = 10K Type 3 G = 10k w/11k H = 3k I = 2k2 J = 1k8 K = 20k Display X = None D = Color OLED Display S = Color OLED display with solid cover R = Air Quality Ring PIR Motion/Occupancy Sensor Blank = None P = PIR Sensing Accessories C = 1k Setpoint Slider D = 10k Setpoint Slider T = 200-900 Setpoint Slider E = 910 offset resistor (available with slider only) S= Slider override Pushbutton (available with slider only) O = Thermistor Override Pushbutton U = User Pushbutton Additional Setpoint sliders and offset resistors available upon request Slider and pushbutton options not available with PM sensor senvainc.com 1-866-660-8864 (F)1-503-296-2529 9290 SW Nimbus Ave. Beaverton Oregon 97008 INSTALLATION 1. IMPORTANT! Locate the device in an area away from ventilation sources and heat generating equipment and appliances. The device should be mounted at light switch height in a vertical orientation. Use insulating material behind the device to ensure reading accuracy. NOTE: Do not install the device in multi-gang electrical boxes with line voltage or other electrical devices. OUTSIDE WALL OR WINDOW TOO HOT/COLD SETUP - WIRING The following diagrams show terminal locations for each version of the TotalSense. The number of options selected will determine which of the terminals are included on each device. For example, if only one sensor is chosen, only 1 pair of analog terminals will be present. Each device will have 4-8 terminals on the left side, 0-4 on the top, and 0-4 on the right side. Analog Wiring GOOD LOCATION INSIDE WALL TOO HOT/COLD TOO NEAR EQUIPMENT OR DOORWAY COPIER COMPUTER ROOM S1 S1 *BUTTON *SLIDER *RELAY *THERMISTOR BUTTON* SLIDER* O6 O5 O4 O3 02 O1 GND PWR O6 O5 O4 O3 O2 O1 GND PWR RELAY* THERMISTOR* GOOD LOCATION GOOD LOCATION *These terminals may not be populated depending on which model is ordered. 2. Wire according to application. See "Setup- Wiring" section for details. 3. Install backplate to wall or junction-box using screws provided. If using optional trim ring, click the TotalSense into it and secure using 1 screw. Then, mount it to wall or junction box. 4. Apply power. 5. To configure communications or analog voltage scaling, configure DIP switches according to "Setup - Analog" or "setup Communications" sections. To configure the device using the color OLED screen, reference the "Setup - Display" section. DIMENSIONS Communications Wiring S1 S1 S3 S3 *BUTTON *SLIDER BUTTON* SLIDER* O3 02 O1 GND PWR O3 O2 O1 GND PWR RELAY* THERMISTOR* NOTE: A 120 termination resistance may be added in parallel with the RS-485 +/- by moving the very top DIP switch (DIP 1) to the left position. See "DIP Configuration" section for more information. 5.66 [143.8] 3.00 [76.2] 6.35 [161.3] 3.69 [93.7] 1.07 [27.1] 0.229 1.25 [35.8] [31.6] A concealment ring is provided to hide oversized cutouts or to mount using a European sized junction box. SETUP - ANALOG Switch 1 with two DIP switches will be provided with every device and Switch 2 with an additional 12 DIP switches will be provided with communications devices. The following diagram shows how each setting can be configured using the provided switches. nalog T S1 S1 Analog DIP Settings O6 O5 O4 O3 02 O1 GND PWR *BUTTON *SLIDER *RELAY *THERMISTOR ON S1 DIP Left 1 0-5V 2 N/A Right 0-10V N/A For analog voltage output, select either 0-5V (left) or 0-10V (right) outputs. These analog ranges can be adjusted using the color OLED display. Adjustments made using the OLED display will override this DIP switch setting. Page 2 of 6 SETUP - COMMUNICATIONS S1 S1 S3 S3 *BUTTON *SLIDER O3 02 O1 GND PWR Comms DIP Settings 1 2 ON S1 DIP 1 2 Left N/A Modbus Right Termination Resistor BACnet ON S3 DIP Function Left Right 1 MAC6 0 (off ) 1 (on) 2 MAC5 0 1 3 MAC4 0 1 4 MAC3 0 1 5 MAC2 0 1 6 MAC1 0 1 7 MAC0 0 1 8 BAUD2 0 1 9 BAUD1 0 1 10 BAUD0 0 1 11 D/P/S1 0 1 12 D/P/S0 0 1 DIP Function 1-7 MAC Address/ Modbus Address 0-127 (binary) 8-10 Baud Rate 0(000)=9600 1(001)=19200 2(010)=38400 3(011)=57600 4(100)=76800 5(101)=115200 11-12 Data/Parity/Stp 0(00)=8N1 1(01)=8N2 2(10)=8O1 3(11)=8E1 SETUP - DISPLAY Example screen: TotalSense devices ordered with color OLED display can be configured from the display or over communications (if applicable). The default screen layout will vary depending on which model is ordered. Each of the 5 sections can be customized. See "Display Navigation Guide" for more information. 7722 ooFF Set Point Good Air Quality 45%RH 425PPM Screen Lock: If the screen is locked, a lock icon will show when any button is pressed. To unlock, hold the UP and DOWN arrows for 5 seconds. To disable the lock feature, see "Display Navigation Guide". Screen saver (locked) Home Screen (unlocked) Fair Air Quality To unlock V 5 seconds Fair Air Quality 45%RH 72 oF To settings 1 2 3 4 5 6 7 8 9 10 11 12 V V DIP switches 1-7 can be arranged in 127 binary configurations to set the MAC address (BACnet) or the Modbus address. Similarly, the baud rate can be set by DIP switches 8-10 and the data/parity/stop bit can be set by DIP switches 11 and 12. ADVANCED SETUP Display Navigation BACnet Protocol Modbus Protocol Guide Guide Guide Changing Settings: To change any setting, press ENTER to see the setup menu and navigate to the desired parameter type and press ENTER again to choose. The example below shows how to adjust the center reading on the display. The dashed blue line shows the desired selections and the blue buttons show how to navigate. Main Menu Settings Display Home Settings View Comms Go Back Go Back V V V Display Center Display Analog Output 1 None View Readings Analog Output 2 Upper Left Administration Analog Output 3 Relay State Display CenCteernn/tOeffr Noner Quality UURNTRCppeeOHolppman2eeyepirrnt Slider Display CenCteernn/tOeffr V x 4 Noner Quality UURATTPppeMVVilppraOOeeyQiCCrrnutPuaPglitB/ym3 Slider Display Save Go Back Center Display Air Quality Upper Left Relay State Changing a value: To adjust a numerical setting, set each digit individually and press ENTER to move the cursor from left to right. When all digits are set, the value will be saved when ENTER is pressed again. RH CenRtaenrgne/MOaffx Noner QualMityin 0 Upper Relayint 099 % Upper Max 100 Slider Save Digit RH CenRtaenrgne/MOaffx Noner QualMityin 0 Upper Relayint 199 % Upper Max 100 Slider Save Digit RH CenRtaenrgne/MOaffx Noner QualMityin 0 Upper Relayint 109 % Upper Max 100 Slider Save Entry Page 3 of 6 FEATURE - AIR QUALITY If Air Quality is selected to be displayed or if the Air quality Ring option is selected, the device will monitor each CO2, VOC, PM, RH, and Temp sensor present and will display accordingly. The average air quality is calculated as follows: 1.Each sensor's current reading is rated according to the below thresholds and given an air quality index (AQI). For each sensor, a good rating is given an AQI of 90, fair is given an AQI of 60 and poor is given an AQI of 0. 2.The average air quality is calculated and a total air quality rating is assigned based on the following thresholds. These thresholds can be adjusted using communications or in the "Air Quality Settings" menu from the display. a. Good 75 b. 55 < Fair < 75 c. Poor 55 PM2.5 TVOC CO2 Temp RH GOOD (AQI 90) <35 ug/m3 <1000 ug/m3 <1200 PPM 64-79oF 30-60% FAIR (AQI 60) 35-55 ug/m3 1000-3000 ug/m3 1200-2000 PPM <64oF, >79oF <30%, >60% POOR (AQI 0) >55ug/m3 >3000 ug/m3 >2000 PPM <10%, >90% FEATURE - PIR OCCUPANCY If PIR option is selected, the PIR (Passive Infrared) sensor will trigger anytime it detects motion. If used to activate the relay or as a communications data point, an off-delay can be programmed using the display or through communications. The below shows the distance at which the sensor will trigger a motion event based on its adjustable sensitivity rating. A motion event, for the purpose of this graph, is considered the movement of a person or large object. Top view (X plane/horizontal) 45º 135º 20º 160º 20ft (6m) 15ft (4.5m) 5ft (1.5m) Sensitivity = 0 Sensitivity = 80 (default) Sensitivity = 100 FEATURE - AIR QUALITY RING An Air Quality (AQ) Ring may be selected in place of a display. The AQ ring will glow green, yellow, or red according to the detected levels of CO2, PM, VOC, RH, and Temp. See "Feature Air Quality" section for thresholds. The AQ Ring may be disabled or brightness may be adjusted if the communications model is selected. Additionally, it may be set to only display yellow or red when air quality has degraded to fair or poor levels. See TotalSense "BACnet/Modbus User Guide" for more information. AQ Ring will turn on and off at a 5 second interval if a sensing error occurs. See "Troubleshooting" section for information. FEATURE - SETPOINT RELAY All TotalSense models come standard with a setpoint relay except those ordered with a PM sensor. The relay source determines which reading or status will activate the relay. This can be set or adjusted using the display or communications. See 'Display Navigation Guide' or the applicable protocol guide for details. Each source selection has a range listed below. To set turnon and turn-off thresholds, a percentage of this range can be entered into each corresponding parameter. On display versions, the calculated value will show as the percentage is adjusted. Each time a new source is selected, a default relay threshold will be set based on which technology is chosen. These autoset values are listed in the table below. Source Range Selection Default Turn-on Threshold Calculated Turn-on value Default Turn-off Threshold Calculated Turn-off value CO2 0-10,000 PPM 8.0% 800 PPM 7.0% 700 PPM RH 0-100% RH 60% 60% RH 55% 55% RH Temp* -40 - 122 oF 74% 80oF 73% 78oF TVOC 0-10000 g/ 4% m3 400 g/m3 3.5% 350 g/m3 Side view (Y plane/vertical) 38º 0º 5ft (1.5m) *To calculate threshold % for a given temperature, use the following equation: % Threshold = (T+40)/162*100 Where T is the temperature in oF 38º 15ft (4.5m) Page 4 of 6 TVOC OPERATION CO2 CALIBRATION Training Mode The TVOC sensor has artificial intelligence (AI) that allows it to sense and understand different environments. This AI may take up to 7 days to acclimate to an environment once installed. For this reason, a TVOC reading is not included in the Air Quality calculation until it has been powered for 7 days. During this time, the sensor will go into "training mode" and will not display or output a TVOC value. Instead, the display will show "Training days" where "X" is how many days the device has been in training mode and 7 days is the expected duration. Once it reaches 7 days, a reading will be shown. Using communications, the TVOC reading will show a countdown from -7 to 0 days; once it hits zero the device will switch into normal operation. Training TVOC Good Air Quality 45%RH 72 oF Automatic Calibration feature: The CO2 sensor will automatically baseline CO2 levels and gradually make adjustments to compensate for sensor drift due to long-term aging of the IR light source. In applications where CO2 levels are continuously elevated, or spaces are occupied day and night, it is recommended to use our dual channel CO2 sensor with automatic calibration disabled. Senva CO2 sensors are factory calibrated to controlled test gases. No field calibration is necessary or recommended. However, to facilitate compliance with job requirements and commissioning procedures, provisions for field calibration are provided: 1. Locate calibration instrument and sensor in close proximity to each other in a controlled environment free of drafts, people, and equipment to reduce influence on CO2 and temperature. 2. Compare output of sensor to calibration instrument, and note difference. (In 0-10V mode/2000ppm range, 1V =200ppm) 3. Refer to the "Setup-Display" section to adjust offset value for CO2 as needed. Factory calibration may be restored by setting offset back to 0. Device shown is in TVOC training mode. Manual Calibration No manual field calibration is necessary. To maintain accuracy, the TVOC sensor will be required to be exposed to fresh air at least once every 10 days. This can be accomplished by increasing airflow in an area or by opening a window. Scaling: Senva's TVOC sensor uses an Ethanol reading to determine a raw TVOC value. Additionally, conversion from µg/m3 uses the molecular weight of Ethanol. To scale based on a different gas baseline, user may enter a scaling factor in TVOC Settings on the display or using communications. In extreme cases where the sensor module has been damaged, a new module may be installed in the field. Consult factory for replacement module and instructions. TROUBLESHOOTING Symptom Solution The device has experienced an error with one of the sensors. Navigate to "Advanced Settings" > Alarm Icon on home screen or blinking AQ Ring "Diagnostics" screen to view more information. All zeros will be displayed if no error is present. See "Display Navigation Guide", or the applicable communications guide or consult factory for troubleshooting help or replacement element. No output Reading error Check wiring. Ensure power supply meets requirements. Verify control panel software is configured for correct output scaling. Verify accuracy of test instrument. Observe installation and calibration guidelines. Verify unit is located away from sources of hot/ cold. Verify sensing element is inserted properly. Perform calibration only if necessary. SENVA TECHNICAL SUPPORT Need further assistance? Call our toll-free number for live technical support: (866) 660-8864 or feel free to email us at support@senvainc.com Page 5 of 6 SPECIFICATIONS Power Supply Interface Analog Outputs (Analog version only) Protocol Output (Communications version only) Relay Set-point (standard except for PM models) CO2 (optional) Relative Humidity (optional) Temperature Transmitter (optional) TVOC (optional) PMx (optional) CLASS 1 LASER PRODUCT PIR (optional) Ambient Light Operating Environment Enclosure Compliance Without Display With LED Ring or Display Color OLED (optional) Air Quality Ring Quantity Source Scale Protocol Connection Data Rate Address Range Type Source Polarity Type Accuracy Resolution Range Response time Sample rate Temp and Pressure Type Accuracy(2) Resolution Response time (3) Sample rate Operating range Operating conditions (4) Type Nominal Accuracy Maximum Accuracy (2) Resolution Response time Sample rate Type Gas Range Response Time Temp, Pressure Output Type Size Range Scale Lower detection limit Precision Type Axis X field of view Axis Y field of view Type Scale Temperature Humidity Material Dimensions Agency 16-30VDC/24VAC(1), 3.5W nominal, 4W max. 24-30 VDC/24VAC(1), 4.3W nominal, 5W max 1.5" Organic LED Display, 128x128 PX, color Color changing (red/yellow/green) LED ring Up to 3 outputs CO2, RH%, Temp, Temp slider, TVOC (selectable) 0-5V, 0-10V, 4-20mA (switch selectable, programmable per output) BACnet MS/TP or Modbus RTU 3-wire RS-485, with isolated ground 9600, 19200, 38400, 57600, 76800, 115200 (switch selectable) 0-127 Solid-state output, 1A @ 30VAC/DC, N.O. CO2 setpoint, RH setpoint, Temp setpoint, TVOC setpoint, PIR motion, air quality, off (selectable) NO/NC (selectable) Non-dispersive Infrared (NDIR) ±(30ppm + 3% of reading) (400-2000ppm), -10-50ºC, 0-85%RH ±(50ppm+ 5% of reading) (2000-5000ppm), -10-50ºC, 0-85%RH >5000ppm consult factory 1 ppm 0-2000 PPM (Default) (Programmable up to 10,000 PPM) 90 seconds to 90% reading 1s Compensated. Barometric pressure also readable over communications Digital CMOS ±2% over 0 to 80%RH range 0.05%RH 30s 3s 0 to 100%RH (non-condensing) -4 to 140oF (-20 to 60° C) @ RH>90%; -4 to 176oF @ RH=50% With RH option Without RH option Silicon Band-gap NTC Thermistor ±0.3° C (operating range) ±0.5° C (operating range) ±0.5° C (at 25° C), ±1.0° C ±1.0° C (at 25° C), ±2.0° C 0.01° C 0.05° C 30s 30s 3s 100ms MOS Total VOC 0-10,000 g/m3 <10s Compensated 0-2000 g/m3 (default) Programmable up to 10,000 g/m3 Optical PM1.0, PM2.5, PM4.0, PM10.0 0-1000 g/m3 0.3 m ±10 g/m3 (0-100g/m3); ±10% (100-1000 g/m3) Passive Infrared 140o, 15 ft (4.5m) 76o, 15 ft (4.5m) Phototransistor 0-100 fc (lm/ft2), readable over communications 32 to 122oF (0 to 50oC) 0-95% non-condensing ABS Plastic 5.67"h x 3.00"w x 1.07"d CE, RoHS (1) One side of transformer, secondary is connected to signal common. Dedicated transformer is recommended. Issued 7/28/2021 Document #152-0401-0C (2) Models with PM sensor included achieve ±5% accuracy over 0 to 80%RH range and an additional temperature shift of up +0.5° C (3) Time for reaching 63% of reading at 25° C and 1 m/s airflow (4) Long term exposures to conditions outside normal range at high humidity may temporarily offset the RH reading (+3%RH after 60 hours.)