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E4000 air quality probe Installation manual
Ver
Date
V1
Initial
V9
Sep 2012
V10
Nov 2012
V11
Dec. 2012
V12
May 2013
V13
Oct 2013
V14
Oct 2015
www.nano-sense.com
Modification / Update
Version Initial/Initial version
Initial mass prod version
Air proof wiring
Temperature sensor position
LED option + High performance Positioning
Complementary KNX power supply
HS LS for analogue option
All Rights Reserved
Tel : 33 (0)1 41 41 00 02
page 1/22
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Table of Contents
Related Manuals for NanoSense E4000
Summary of Contents for NanoSense E4000
- Page 1 E4000 air quality probe Installation manual Date Modification / Update Initial Version Initial/Initial version Sep 2012 Initial mass prod version Nov 2012 Air proof wiring Dec. 2012 Temperature sensor position May 2013 LED option + High performance Positioning Oct 2013...
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Page 2: Table Of Contents
Guide d’Installation sonde E4000 E4000 probe Installation Guide Summary Security Positioning Installation Wiring Motherboard preparation 5.1. RS485 5.2. Optional Bus board 5.2.1. Install the daughter board 5.2.2. Mount the BUS connector 5.3. Analog Option 5.4. LED Option 5.5. EnOcean Option 5.6. -
Page 3: Security
Guide d’Installation sonde E4000 E4000 probe Installation Guide 1. Security WARNING Danger of death, risk of electric shock and fire! The installation should only be undertaken by a qualified electrician! To apply for correct bus and power cables and to activate the device, comply with the state of the art and standards. -
Page 4: Installation
When the switchboard is out of the heated volume, caulk between cables and ducts before entering the heated volume. A sealing plug must also be placed between duct and cable reaching the E4000 probe to prevent air entry. -
Page 5: Optional Bus Board
Guide d’Installation sonde E4000 E4000 probe Installation Guide 5.2. Optional Bus board 5.2.1. Install the daughter board KNX board LON board POE board Insert the Bus board into the motherboard of the probe. Check that there is no shift in the connectors. -
Page 6: Enocean Option
Guide d’Installation sonde E4000 E4000 probe Installation Guide 5.5. EnOcean Option module Antenna EnOcean radio For good receiver performance, great care must be taken about the space immediately surrounding the antenna since this has a strong influence on screening and detuning the antenna. The antenna should be drawn out as far as possible and must never be cut off. -
Page 7: Temperature Sensor
Guide d’Installation sonde E4000 E4000 probe Installation Guide 6.1. Temperature sensor 6.1.1. Standard positioning The temperature sensor is located on the lowest part of the board. This sensor is located at the end of a coiled pigtail 3cm long conductor to minimize thermal bridging with the board and thus reduce the thermal inertia. -
Page 8: Power Supply Connection
Guide d’Installation sonde E4000 E4000 probe Installation Guide In KNX version, the bus powers only the interface board, the main board is powered by the secondary 31V–DC power supply (yellow and white). Use a certified KNX power supply. Most of KNX power supplies have a secondary 31V-DC power supply (yellow and white cables and connector of the same colors). -
Page 9: Poe Bus
Guide d’Installation sonde E4000 E4000 probe Installation Guide Note: KNX EnOcean Gateway Connecting the EnOcean module enables the gateway function between KNX and EnOcean. In addition to the gateway function, this module is used to enrich the functions between the EnOcean sensors and EnOcean actuators by KNX settings. -
Page 10: Pairing
The probe sends a telegram of a different profile every 5 seconds (if paired). Without annex probe, the E4000 probe is sending 5 telegrams (1 for ventilation control, 1 for CO2 + Temperature & Humidity, one for VOCs, 1 for heater control, 1 for cooling control) so a 25 to 30 seconds cycle. -
Page 11: Transmission Range
Guide d’Installation sonde E4000 E4000 probe Installation Guide And for temperature cooling control: • Control valve battery operated (Bi Directional) (EEP 4BS : A5-20-01) • Or Control valve Basic (Bi Directional) (EEP 4BS : A5-20-02) • Or Control valve wired (Bi Directional) (EEP 4BS : A5-20-03) •... -
Page 12: Insert Gas Sensors
Guide d’Installation sonde E4000 E4000 probe Installation Guide Other materials Typical range Air (Visual contacts) 30m in passages, corridors, up to 100m in halls Windows with thermal insulation 5m through 1 Window maximum Supply blocks and lift shafts should be seen as a compartmentalisation In addition, the angle with which the signal sent arrives at the wall is of great importance. -
Page 13: Co2 Ndir Sensor
Guide d’Installation sonde E4000 E4000 probe Installation Guide CO2 NDIR Sensor 8.2. NDIR Sensor CO2 NDIR Sensor Connectors 9. Powering At power up, the red status LED will flash alternatively with the green LED during the initial phase of gas sensors conditioning (20 minutes), and finally the green LED will flash every 2 seconds indicating the good functioning of the probe. - Page 14 Guide d’Installation sonde E4000 E4000 probe Installation Guide ATTENTION After switching On ! If the CO2 solid state sensor has been stored for several weeks, it takes at least 3 days to get an accurate value. With firmware before December 13 2013, starting values can commonly exceed 2500 ppm then decrease gradually.
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Page 15: Configuration (Enocean, Modbus Rs485 And Analogical Board)
Guide d’Installation sonde E4000 E4000 probe Installation Guide 10. Configuration (EnOcean, Modbus RS485 and Analogical Board) 10.1. Position the micro switches Two dry contacts of analog board (speed 1 and 2) or RS485 & EnOcean commands operate based on CO2, VOCs and RH parameterized thresholds by three micro switches:... -
Page 16: Connection Diagram According To Position Of Micro Switches
Guide d’Installation sonde E4000 E4000 probe Installation Guide CO2 Baselines expressed in ppm 200 000 Lethal (deadly) for humans 100 000 Lethal in 10 minutes without an action for resuscitation 40 000 Threshold of irreversible effects on health 5000 Maximum concentration on workplace (8h) -
Page 17: Annexes
Make sure electrical signals are correct for the bus cable. This sets the resting level of the signal between two posts and is important for identifying the beginning of a message. The E4000 probe produces a 5V electrical signal. The voltage between the data lines + (B) and - (A) should be between 0.5 and 1V. -
Page 18: Programming The Physical Address
ASCII mode. Check that annex probes Radon, Particle and or Ozone are in ASCII mode or version. Select the address of each annex probe between 1 and 32. If the E4000 probe detects several probes of the same type, it will only take into account the first detected (lowest address). www.nano-sense.com... -
Page 19: Choosing Cable Bus
Guide d’Installation sonde E4000 E4000 probe Installation Guide 2. Choosing Cable Bus RS485 2.1. The RS422 standard recommends 24AWG (0.23mm2) twisted pair cable with a capacity of 16 pF shunt per foot and 100 ohm characteristic impedance. Although the standard does not specify anything for RS485 wiring, the cable can perfectly be used for RS485. -
Page 20: Poe
Use of CO sensors and specific Low Speed, High Speed management. NanoSense offers specific solutions for car parks. Note that a humidity outdoor sensor and/or a temperature outdoor sensor can be coupled with E4000’s humidity and temperature sensors to optimize ventilation. -
Page 21: Specification
Guide d’Installation sonde E4000 E4000 probe Installation Guide 4. Specification Power supply from 15 to 33V DC and from 12 to 24V AC (preferably DC to minimize ageing) Consumption on KNX or LON bus: 9mA max (only for interface board) -
Page 22: Drilling
Guide d’Installation sonde E4000 E4000 probe Installation Guide DRILLING This drawing is at scale one and can be use directly for drilling in removing this sheet. www.nano-sense.com All Rights Reserved Tel : 33 (0)1 41 41 00 02 page 22/22...