Benetech GM1365 for Agriculture Temperature & Humidity Monitoring Malaysia
Benetech GM1365 for Agriculture Temperature & Humidity Monitoring Malaysia
Temperature and humidity are two important environmental parameters in many agricultural applications.
In Malaysia's tropical climate, conditions can change significantly between morning, afternoon and night. Greenhouses, nurseries, indoor growing areas, crop storage facilities and agricultural research sites may therefore benefit from monitoring environmental conditions over time rather than relying only on occasional manual measurements.
The Benetech GM1365 Temperature & Humidity Data Logger automatically records temperature and relative humidity, providing historical environmental data for agricultural monitoring and research applications.
Why Monitor Temperature and Humidity in Agriculture?
Agricultural environments are dynamic.
Conditions can change because of:
Sunlight
Rain
Ventilation
Irrigation
Greenhouse covers
Plant transpiration
Fans
Shading
Time of day
Seasonal weather patterns
A measurement taken at 10:00 AM cannot tell you what happened at 2:00 PM or 3:00 AM.
A data logger helps fill this information gap.
Malaysia's Day and Night Conditions
A typical agricultural monitoring site may experience a pattern such as:
Early Morning → Lower temperature / higher humidity
Midday → Higher temperature
Afternoon → Strong environmental variation
Evening → Temperature decreases
Night → Relative humidity increases
The exact pattern depends on the site.
The purpose of a data logger is to measure the actual conditions rather than assume what is happening.
GM1365 for Greenhouse Monitoring
Greenhouses can experience rapid environmental changes.
Sunlight may increase internal temperature significantly, while ventilation and shading can change conditions again.
A GM1365 can be placed at an appropriate monitoring location to record:
Temperature + Relative Humidity + Time
This allows growers or researchers to observe how greenhouse conditions change throughout the day.
When Does a Greenhouse Become Hottest?
Without recorded measurements, the answer may simply be:
“Probably around noon.”
But actual conditions may be different.
A data logger can help identify:
When temperature starts rising
The highest-temperature period
How long elevated conditions last
When temperature begins falling
How humidity changes simultaneously
This information can support better environmental management.
Compare Before and After Ventilation
Suppose a grower installs additional ventilation.
How can the effect be evaluated?
One approach is to collect environmental data before and after the change.
For example:
Before Improvement → Record temperature and humidity
Install Ventilation
After Improvement → Record again
The two periods can then be compared.
This turns environmental improvement from an assumption into a measurement-based evaluation.
GM1365 for Nursery Monitoring
Plant nurseries may contain different micro-environments.
Conditions can vary between:
Shaded areas
Open areas
Propagation zones
Areas near fans
Areas near irrigation
Different greenhouse sections
Several portable data loggers can be used to compare these locations.
One Farm Does Not Have One Temperature
A common mistake is to assume one measurement represents an entire growing area.
For example:
Logger A → Full Sun
Logger B → Shade
Logger C → Greenhouse Centre
Logger D → Near Ventilation
Logger E → Plant Level
Recorded data may reveal substantial differences between these locations.
This is particularly useful for research and environmental troubleshooting.
Sensor Placement Is Important
Where the logger is placed will influence the measurement.
A logger exposed directly to strong sunlight may behave differently from one positioned in a shaded or ventilated location.
Therefore, users should define the monitoring objective first.
Ask:
Are we measuring general air conditions?
Conditions near the crop?
Greenhouse performance?
Storage conditions?
The monitoring objective should determine placement.
GM1365 for Agricultural Research
Data logging can be valuable in research because it creates an environmental record that can be compared with other observations.
Researchers may monitor:
Crop experiments
Greenhouse studies
Nursery conditions
Environmental trials
Storage studies
Different cultivation methods
If plant performance differs between two areas, temperature and humidity records may provide useful supporting information.
GM1365 for Crop Storage
Agricultural monitoring does not end after harvesting.
Temperature and humidity may also be relevant during storage of certain agricultural products.
Potential applications include:
Seed storage
Grain storage
Produce storage
Packaging areas
Agricultural warehouses
Dry-product storage
The appropriate environmental limits depend on the product.
GM1365 provides measurement data; users must compare that data with the required storage conditions.
Investigating High Humidity
Suppose a storage operator notices condensation or damp packaging in the morning.
A current measurement taken in the afternoon may show normal humidity.
A data logger could reveal that humidity rises significantly between midnight and early morning.
This provides a useful clue for investigating:
Ventilation
Condensation
Building conditions
Weather influence
Storage practices
Automatic Recording Saves Manual Work
Without a logger, an agricultural research project may require someone to manually record conditions repeatedly.
For example:
8:00 AM
10:00 AM
12:00 PM
2:00 PM
4:00 PM
6:00 PM
Even then, overnight information is missing.
Automatic data logging can collect readings during unattended periods, providing a more complete environmental history.
GM1365 for Indoor Farming
Controlled-environment agriculture and indoor growing systems may also benefit from temperature and humidity monitoring.
Potential factors include:
Lighting heat
Ventilation
Air-conditioning
Humidification
Dehumidification
Plant density
A portable logger can help identify how these factors affect the growing environment over time.
Data Logging for Troubleshooting
Consider this complaint:
“Plants in this section always perform differently.”
Environmental monitoring cannot automatically identify the cause.
However, comparing temperature and humidity between locations can help determine whether environmental differences exist.
For example:
Zone A → Logger A
Zone B → Logger B
After several days, compare the recorded trends.
If conditions are similar, the cause may lie elsewhere.
If they differ significantly, further environmental investigation may be justified.
Is GM1365 a Weather Station?
No.
GM1365 is a temperature and humidity data logger, not a complete agricultural weather station.
A full weather-monitoring application may require additional parameters such as:
Rainfall
Wind speed
Wind direction
Solar radiation
Barometric pressure
Soil temperature
Soil moisture
GM1365 is most appropriate when the main requirement is recording air temperature and relative humidity.
Who Can Use GM1365 in Agriculture?
Potential users include:
Farms
Greenhouses
Nurseries
Agricultural researchers
Universities
Seed-storage facilities
Agricultural warehouses
Indoor farms
Crop-production companies
Agricultural consultants
Looking for an Agriculture Temperature & Humidity Data Logger in Malaysia?
MTM Precision supplies the Benetech GM1365 Temperature & Humidity Data Logger and other environmental measuring instruments for agricultural, laboratory, industrial and commercial applications in Malaysia.
Tell us whether you need to monitor:
Greenhouse → Nursery → Indoor Farm → Agricultural Research → Crop Storage → Warehouse
and we can help you select a suitable environmental monitoring instrument.
Contact MTM Precision
MTM Precision Sdn Bhd
No. 29-1 & 29-2, Jalan Bandar 18,
Pusat Bandar Puchong,
47160 Puchong, Selangor, Malaysia.
Website: www.mtmpre.com.my
WhatsApp: +6016-660 7346
Email: mtmpre@yahoo.com
Agriculture → Greenhouse → Temperature & Humidity → Data Logging → Environmental Monitoring — MTM Precision Malaysia
23 Aug 2026
