RF614 WiFi Thermocouple Transmitter | Comark by Muser Supplier, Suppliers, Supply, Supplies Comark Wireless Temperature Monitoring ~ Muser Apac Sdn Bhd

Combine with a Lumberg Type T Thermocouple Probe to suit your individual requirement or add a sub-miniature adaptor and expand to up to three (3) external channels.

WiFi Thermocouple Transmitter

The WiFi Thermocouple Transmitter is a highly flexible and highly capable device within the Diligence 600 WiFi Monitoring System, that leverages the extended temperature range of a thermocouple sensor, making it perfectly suited to critical applications involving low and ultra low temperature storage as well as high temperature applications.

Highly Flexible
Supports both extended range Type K Thermocouple probes as well as the increased accuracy of Type T Thermocouple probes across two different connection types.

Ultra-Low
Combine with a Type T Adaptor and ultra low temperature air probe to measure the temperature of your low and ultra-low temperature storage areas.

High Temperature
Combine with a Type K Adaptor and high temperature air probe automate the temperature monitoring in those hazardous areas.

Secure WiFi Connectivity

The Diligence 600 WiFi Monitoring System has been designed around 2.4GHz WiFi (IEEE 802.11b/g/n) technology, allowing you to use your existing WiFi infrastructure without the need for a gateway or hub device.

All data sent by the transmitters of your Diligence 600 WiFi Monitoring System to the Diligence Cloud, is in a non-human readable proprietary format. Transmitters open outbound TCP connections (TCP Port 8080) to send and receive TLS-encrypted data including time, recordings, alarms, settings and firmware updates. TLS is two-way using both client and server certificates, and the communication format is proprietary. Firewalls and content filters that intercept TLS traffic should not do so on this port.

The Diligence 600 WiFi Monitoring System devices will turn the radio signal off between WiFi transmissions. The sensors do not offer any kind of web page and will not respond to any request on any port other than required by essential network services e.g., DHCP.

The Diligence 600 WiFi Monitoring System devices will turn the radio signal off between WiFi transmissions and will not respond to communication.

Diligence Cloud

Powerful Data Storage and Management Platform

The Diligence Cloud is our most advanced data storage and management platform yet! It offers users a quick and dynamic way to access and drill-down into the data from any device that is being monitored.

The Diligence Cloud Dashboard View delivers a concise overview of your estate of devices, to help you resolve issues more quickly, saving products, time and money.

The Diligence Cloud provides secure, multi-user access to data records and audit trails, from any web-browser enabled device. It is fully scalable to meet the demands of monitoring multiple devices across multiple sites, in line with your monitoring, data logging and compliance requirements.

Technical Specifications

Integral Temperature Sensor Specifications: (only applies when Thermocouple Probe or Adaptor used)
Sensor Type	Thermistor Sensor is built into Comark Lumberg Thermocouple Probes. A probe must be connected to measure temperature. There is no built in Sensor in RF614.
Scales	°C and °F
Temperature Measurement Range	-18°C to +55°C (-0.4°F to +131°F) - See Note 1
Accuracy 0°C to +55°C (-32°F to +131°F)	<±0.3°C (±0.6°F) - See Note 2
Accuracy (full range)	±0.5°C (±0.9°F) - See Note 2
Temperature Resolution	0.1°C (0.2°F)
External Probes Specifications:
Number of External Channels	3
Sensor Type	Type T and K Thermocouple
Connector	6-Pin Lumberg and Sub-Min Connector Options - See Note 6
Scales	°C and °F
Temperature Measurement Range (Thermocouple Type T)	-200 to +400°C (-328 to +752°F)
Temperature Measurement Range (Thermocouple Type K)	-200 to +1372°C (-328 to 2501.6°F)
Instrument Accuracy	+/-0.1% ±0.2°C (±0.4°F) full range @ +23°C Ambient
System Accuracy Type T - Over the range 0°C to +70°C (32°F to +158°F)	±0.5°C @ +23°C (+73°F) Ambient - See Note 2
System Accuracy Type T and K - Full Range	Please refer to specification for the chosen thermocouple probe
Temperature Resolution	0.1°C (0.2°F)
Common Specifications (All Models):
Hi Hi/Lo Lo Alarm - All Channels exlcuding Door Switch	Hi Hi and Lo Lo Alarms with Alarm Delay and fully selectable Alarms
Alarm Delay 0-60 minutes - All Channels excluding Door Switch	Delay is programmable for either H H or Hi Hi Alarms or both independently
Door Switch (Optional)	Optional accessory RF521 or RF522
Door Sensor Resolution	5 seconds
Door Switch Alarms	Door Switch Alarms Continuous and Average (up to 60 minutes programmable)
Ambient Operating Temperature Range	-18 to +55°C (-0.4°F to 131°F) - 10-90% RH - Non-Condensing - See Note 1
Storage Temperature	-18 to +55°C (-0.4°F to 131°F) - See Note 1
Wireless Frequency	2.4GHz WiFi (IEEE 802.11b/g/n)
Wireless Security	WPA2 Pre-Shared Key - See Note 3
Radio Range	Typically 20 metres indoors
Clock Accuracy	20ppm (1 minute/month) at +25°C (+77°F)
Logging Memory	140000 Max records - Depends on number of active channels
Log Rate	Programmable between 1 minute and 60 minutes
Channel Monitoring Rate	1 Minute
Wireless Radio Rate	Programmable between 5 Minutes to 24 Hours - See Note 5
Alarm/Active LEDs (Front)	RED - ALARM / GREEN - External Power
Status LEDs (Side)	RED - WiFi Active / YELLOW - Communications Active / GREEN - Mains Power Connected
Case Material	Over Moulded food safe clear Polycarbonate with BioCote® Antimicrobial Protection
Environmental Protection	Case enclosure designed to meet IP65 BS EN 60529
Battery Type	4 x AA Alkaline or Energizer MAX Lithium - See Note 4
Battery Life	Up to 1 year
Dimensions	Length 110mm, Height 100mm, Depth 45mm
Weight	300g
Mains PSU (Optional)	Optional Mains PSU Part No RF520 (100-240VAC 0.3A 50/60Hz)
Maximum Probe Lead Length	Not to exceed 30m

Notes:

Temperature and Storage range with Energizer Lithium L91 Cells is expanded to -30 to +60°C (-22°F to +140°F).
When used with a Comark Probe.
Other WiFi Security Options will be provided by Firmware Update.
Use Energizer MAX L91 for improved battery life in all applications but especially recommended for use in low temperature applications.
The WiFi Rate should be set for 4 Hours or greater for best Battery Life. This will not effect Alarm Notifications.
Comark Type T Lumberg probes will connect directly to the RF614. For up to 3 channels an N2000ADP/T or N2000ADP/K adaptor is required. These adaptors are compatible with Thermocouple Sub-Min Probes.

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RF614 WiFi Thermocouple Transmitter | Comark by Muser

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