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© 2020 Zen-Me Labs Ltd. Zen-Me is patented and trademark of Zen-Me Labs Ltd.

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Battery life varies by use, wireless coverage, configuration, and many other factors; actual results will vary.

WARNING

BATTERY T YPE

Rechargeable, built-in Lithium-Polymer (LiPo) battery

BATTERY LIFE

Up to 6 months per charge

Maximizing Battery Life

Some simple tips to extend the life of your sensor battery:
•  Use your sensor within the optimal temperature range. The best temperature is around 21°C.
•  Avoid exposing the sensor to direct sunlight if possible.
•  Some use cases are less data-intensive and have lower power requirements. Select a use case that optimizes sensor workload and 

battery life.

(This is simplified illustration on the effect on intensity vs. battery consumption. The relative consumption is also affected by the 
frequency of reading data from the sensor, and radio interference on the usage environment).

Battery life and the rate of power consumption are affected by a number of factors:

NOTICE

Battery Life

ST YLE OF USE

Depending on how the sensor is used, it 
has more or fewer features enabled. The 
more features activated, the greater the 
power demand.

INTENSIT Y OF MEASUREMENT

The frequency settings selected for data 
acquisition and transmission influence the 
rate of power usage (see table below).

WIRELESS ENVIRONMENT

High levels of wireless traffic or having 
numerous devices share the same 
space will increase the sensor’s power 
consumption.

Summary of Contents for ZMH01A

Page 1: ...2020 Zen Me Labs Ltd Zen Me is patented and trademark of Zen Me Labs Ltd PAGE 1 Step 1 Step 2 Go to User Manual see pages 2 12...

Page 2: ...ximizing Battery Life 5 Getting Started 6 Pairing the Sensor 7 Turning on the Sensor 7 Placing the Sensor 8 Turning off the Sensor 8 Resetting the Sensor 9 Sensor Flight Mode 9 Turning on Flight Mode...

Page 3: ...harging and Battery The Zen Me Sensor contains a rechargeable built in Lithium Polymer LiPo battery The battery charge lasts for up to 12 months and is recharged using the Zen Me wireless charger For...

Page 4: ...rge or fail to reach its full charge capacity Exposing the sensor or charger to direct sunlight will heat the devices and affect charging performance CHARGE TIME 0 100 2 5 hours 21 C 70 F CHARGING TEM...

Page 5: ...Me App If the status shows a battery critical warning charge the sensor immediately The sensor will not send battery critical status information if outside wireless range or unable to connect to the...

Page 6: ...ct a use case that optimizes sensor workload and battery life This is simplified illustration on the effect on intensity vs battery consumption The relative consumption is also affected by the frequen...

Page 7: ...llow the instructions below to install the Zen Me App in 4 easy steps The Zen Me sensor will not work unless it is paired to a mobile device with the Zen Me App installed and set up The Zen Me App is...

Page 8: ...t pairing Follow the instructions on the App Turn on the sensor by pressing the Power Button 3 flashes indicate the sensor is turned on Repeated flashes at one second intervals indicate the sensor is...

Page 9: ...on of the Zen Me App Grab your favorite Use Case and access helpful advice on the best way to locate and use your sensor s You can even create your own Use Case from scratch if you prefer The Explore...

Page 10: ...When flying this ensures your sensor does not interfere with aircraft communications systems Flight Mode can also be used to save battery power if you are not connecting to your sensor for long perio...

Page 11: ...ns Clean You can use Flight Mode to save battery on your sensor if you will not connect your sensor for long time This will shut down the Bluetooth Radio but keeps the sensor operating Once you return...

Page 12: ...of a Zen Me account and acceptance of Zen Me Terms of Service zenme io terms All information within this Safety Guide is subject to change without notice or warning Zen Me Inc cannot be held liable f...

Page 13: ...2020 Zen Me Labs Ltd Zen Me is patented and trademark of Zen Me Labs Ltd PAGE 1 Step 1 Step 2 Go to Safety Guide see pages 2 6...

Page 14: ...ges and Modifications 3 Batteries 3 Charging 3 Prolonged Heat Exposure 4 Choking Hazard 4 Radio Frequency Radiation Exposure 4 Regulatory Information 5 Disposal and Recycling 5 Disclaimers 5 Support 5...

Page 15: ...routine servicing or maintenance Do not try to open or take apart any Zen Me Sensor or Zen Me Charger as this could lead to injury or an allergic reaction to materials contained within internal compo...

Page 16: ...atteries or metal jewellery as these objects may heat up or interfere with charging Charging the Zen Me Sensor in a potentially explosive atmosphere e g environments with high levels of flammable subs...

Page 17: ...uced physical or mental ability and pets Zen Me Sensors may become accessible and pose a hazard without warning if accidentally released from holders clips or pendants Close supervision is recommended...

Page 18: ...ings Disposal Regulatory Information Federal Communications Commission FCC Compliance This equipment has been tested and found to comply with the limits for a Class B digital device pursuant to part 1...

Page 19: ...2020 Zen Me Labs Ltd Zen Me is patented and trademark of Zen Me Labs Ltd Zen Me Sales Package User Manual Design Booklet for ZMH01A and ZMT01A...

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