H5521
Nuevo
La medición de CO2 se basa en un proceso fuente 2, 2-viga. Medición de CO2 con estabilidad a largo plazo está garantizada gracias a la probada no dispersivo infrarrojo (NDIR) CO2 medición célula. El procedimiento de calibración automática patentada única compensa el envejecimiento de la fuente infrarroja y garantiza la alta confiabilidad, estabilidad a largo plazo y elimina la necesidad de recalibración periódica en el campo.
Cantidad | Precio |
Descuento % |
---|---|---|
1+ | 875,00 € | 0% |
5+ | 857,52 € | 1.9972% |
10+ | 840,35 € | 3.9595% |
15+ | 823,55 € | 5.8799% |
Disponible el:
Administración de edificios
El CO2 - nivel de dióxido de carbono es considerado recientemente como un parámetro importante que determina sustancialmente la calidad del clima interior. Especialmente en los edificios donde muchas personas se reúnen, tales salas de reuniones, hospitales, escuelas, cines, teatros y cuidado de los centros. Con la ayuda de ingenieros de sensor de CO2, asesores técnicos, expertos medioambientales y especialistas de la salud pueden optimizar la ventilación para la creación de un clima interior saludable.
Monitoreo de CO2 de edificios, datos de la historia a base de datos del cometa, alarma por correo electrónico o SMS
CO2 concentration | |
Method of CO2 sensor multipoint calibration leads to an excellent accuracy measurements of CO2 in the entire of operating temperature range. With this sensor is the device able to meet the demanding requirements for outdoor use. The measurement principle is based on the NDIR principle with dual wavelength, which automatically compensates for aging of the sensor. The sensor is resistant against the pollution and provides maintenance-free operation and excellent long-term stability. |
Releay outputs | |
Two relay output for alarming or external device control. It is possible to assign any input value to each relay. Relay can be remotely controlled using ModbusTCP communication protocol. |
Dual line LCD | |
Large dual line LCD for simultaneous display of CO2. Displayed values are user selectable. Display can be switched off. |
Acoustic alarms | |
Acoustic signalisation can be activated after exceeding set limits. Alarm can be confirmed (deactivated) from device keyboard. |
Ethernet interface | |
10Base-T/100Base-TX Ethernet interface via standard RJ45 connector. IP address can be obtain automatically from DHCP server or set manually. Internet protocol version 4 is supported only. |
WWW server | |
Current values are available via embedded web server. Design of the web pages is can be changed according user requirements. |
Warning email are sent when measured value exceed selected limits. SMTP authentication is supported, but SSL not. |
History export to CSV | |
History values can be exported for next processing by the CSV file. CSV file can be processed inside spreadsheet application like Microsoft Excel or OpenOffice Calc. Two formats of CSV file are supported - dot and comma decimal point separators. Timestamps inside CSV file are shown when device time is synchronised by the SNTP server. |
ModbusTCP protocol | |
Modbus protocol for communication with SCADA systems or third party software. Device use Modbus TCP protocol version. |
SNMP protocol | |
SNMP version 1 protocol for IT infrastructure. Using SNMP protocol you can read actual measured values, alarm status and alarm parameters. MIB tables with OID description are available. |
SNMP Trap | |
SNMP Trap for IT infrastructure. The device allows sending Traps to selected Trap receiver server. Traps are sent in case of alarm on channel or at error states. |
SOAP protocol | |
The device allows to send currently measured values via SOAP v1.1 protocol. The device sends values in XML format to the web server. The advantage of this protocol is that communication is initialized by the device side. Due to it is not necessary use port forwarding. |
Syslog protocol | |
Syslog protocol for IT infrastructure monitoring systems. The device allows sending text message to selected Syslog server. Messages are sent in case of alarm on channel or at error states. |
SNTP protocol - time synchronization | |
Time synchronisation with SNTP server. Actual time is shown at web pages and is necessary for timestamps inside CSV files. |
Technical parameters | Value |
---|---|
Output | Ethernet |
Measured Value | CO2 |
Construction Type | For External Probes |
Design | Industrial |
Temperature Measuring Range | None |
Relay Output | Yes |
Two-State Input | No |
Lcd Display | Yes |
PoE | No |
Range of CO2 concentration measurement | 0 to 10000ppm |
Accuracy of CO2 concentration measurement | ±(100ppm +5% from reading) at 25°C and 1013hPa |
Resolution | 1ppm |
Measuring interval | 15s |
Temperature operating range | -30 to +60°C |
IP protection | IP30 |
Number of relay outputs | 2 |
Maximum switching voltage, current and power of relay output | 50V, 2A, 60VA |
Audible alarm | built-in beeper - switchable |
LAN connection | RJ-45 connector, 10Base-T or 100Base-TX |
Communication protocols | WWW, ModbusTCP, SNMPv1, SOAP |
Alarm protocols | E-mail (SMTP authentication is supported), SNMP Trap, Syslog |
Configuration | T-Sensor, Telnet, keyboard |
Power | 9 to 30Vdc, power consumption approximately 1W |
Power connector | co-axial, diameter 5.5 x 2.1mm |
Dimensions | 136 x 150 x 45mm (W x H x D) |
Weight | approximately 320g |
Warranty | 2 years |
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