NEW SYSTEM FOR BATTERY AND FORKLIFT MONITORING
SmartUP+ is a device designed for the monitoring and control of lead batteries. Its main features are:
- Measurement of the instantaneous battery data including voltage, current, available Ah and temperature. An indication of the amount of Ah available is provided by LEDs on the panel
- Built-in RTC (Real Time Clock) to build a log of the data collected with date and time
- Storage of historical data. The history of the battery can be viewed on a PC using the SmartViewII software application. The data collected can be viewed grouped by working cycle or by day. For each working cycle the data is presented both in figures and graphics
- Data download to a PC: Through a USB connection, all data can be sent to the SmartViewII PC program
- Data download to a USB memory dongle: inserting a USB memry dongle into the SmartUP USB port, it is possible to upload all of the stored data. Afterwards, connecting the dongle to a PC, it is possible to import all of the fleet data using the SmartViewII.
- Statistical analysis. SmartViewII has numerous functions able to provide statistics to check the correct use of the battery and the charge reporting any anomaly
- RS485 field bus to interface to SmartKey (system for forklift access control with sensing and storage for events and mechanical bumps) and SmartEnergy (controlled recharger).
- CAN BUS to interface to tird parts
- External temperature probe input
- Electrolyte level sensor input
- Relay for forks-lock functions
Optional accessories:
- temperature probe for immersion
- electrolyte level probe.
It monitors battery data:
- Measure of instantaneous data: V, I, T, Ah, electrolyte level
- Storage and analysis of old data
- Satatistical analysis
- Upload data to a PC
It preserves the battery efficiency
- forks-lock on battery under-discharge
- forks-lock on undesired opportunity charge
TECHNICAL DATA
| Stored working cycles |
400 |
| Current and voltage graphic data |
11400 samples (47 days setting Samplig Time = 6min) |
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| Temperature graphic data |
11400 samples (47 days setting Samplig Time = 6min) |
| SmartKey data |
454 events |
| Stored daily data |
Last 30 days |
WORKING RANGE:
| Current size: T200 |
Suitable for batteries from 100Ah to 340Ah |
| Current size: T400 |
Suitable for batteries from 350Ah to 740Ah |
| Current size: T800 |
Suitable for batteries from 750Ah to 1500Ah |
ELECTRICAL DATA:
| Power supply min ÷ max |
18V ÷ 144V |
| Avarage absorbed power |
< 1.5W |
| Internal protection |
Fuse at the supplì port |
| Working temperature |
-20°C ÷ +50°C |
PHYSICAL DATA:
| Mechanical size |
60mm x 60mm x 130mm |
| Weight |
200g |
| Protection grade |
IP 54 |
SUMMARY
The data analisys can be done an intuitive way. You can consult the "Monthly Summary" Tab.
On a table are shown all of the battery working cycles:
1. In blu the discarging phase
2. In orange the charging phase
The anomalies are indicated with red dots:
3. Low electrolyte level
4. Overdischarged Battery
5. Timer 1° phase
6 Timer 2° phase
7. Overrecharge
8. Low battery efficiency
9. Recharging not completed
WORKING CYCLE VIEW (with SmartViewII)
