TriCOM 24v Charger FUTUR 50 to 130 A

€900,00

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Shipping calculated at checkout.

Ladestrom: 50 A

Ladedauer 10h: 400 Ah

Ladedauer 12h: 500 Ah

empfohlene Batteriekapazität: 250 - 360 Ah

Länge: 125 mm

Breite: 430 mm

Höhe: 275 mm

Gewicht: 12 kg

24 V

Volt: 24

Year of manufacture: NEW

Electrolyte circulation (EUW): Yes, Possible, No

Charger type: HF -High Frequency Charger

Multi-voltage: No

Suitable: AGM, CSM, Gel, Wet, NiCd, PzQ

Charging curve: FUTURE

Output connector: As desired

Charging current

Leistung 50 Leistung 65 Leistung 80 Leistung 100 Leistung 110 Leistung 130

Product variants

Determine trough dimensions: How to measure your forklift battery correctly

Please measure the length, width, and height of your battery tray. Make sure to enter the dimensions in the order length x width x height. For illustration, here's a diagram of a cuboid.

Length (L) : Measure the longest side of the battery from edge to edge
Width (B) : Measure the shortest side that runs perpendicular to the length.
Height (H) : Measure from the bottom of the battery to the highest point, including terminals or covers.

Note : Dimensions are always given in length x width x height (LxWxH). Please be precise when measuring to ensure the battery fits your device.

Choosing a forklift battery: How to find the right type

The battery type provides information about voltage, capacity, design, cell type, and dimensions. This information can be found directly on the battery's nameplate, which is usually attached to the side of the battery compartment.

The type designation of a forklift battery is composed of several components that define certain properties. For example:

“24V 2 PzS 250”

24V – The nominal voltage of the battery
2 PzS – The cell type (PzS stands for “armor plate traction battery” with liquid electrolyte)
250 Ah – The capacity of the battery in ampere hours (Ah)

The type plate of a forklift battery also contains further information such as:

Battery voltage (V)
Number of cells
Capacity (Ah)
Weight (kg)
Production date and serial number
Amount of acid (for lead-acid batteries)
Energy content (in kWh for modern batteries)

Alternatively, the type designation can also be found in the forklift's vehicle documentation or in the operating manual.

Maintenance tips for a longer lifespan of your forklift battery

Regular maintenance is important for the lifespan and performance of your forklift battery. Follow these tips:

Top up water regularly : Use distilled water and be sure to check the water level after each charging cycle (except for maintenance-free batteries).
Keep the battery clean : Clean the battery surface and terminals regularly to prevent corrosion.
Avoid deep discharge : Charge the battery in good time before the charge level falls below 20%.
Pay attention to charging cycles : Use only suitable chargers and charge the battery fully to extend its service life.
Regular visual inspection : Check the battery for damage, cracks or leaks.

Shipping & Delivery: What you need to know

The choice is yours: Have your battery conveniently delivered to you or pick it up in person from us. Shipping costs, taxes, and any discounts are automatically calculated during checkout.

Do you have any further questions?

Visit our FAQ or contact us.

We are here for you:
Monday – Friday
9:00 to 18:00

t: +4987099004030

Quality through C5 test: We check the capacity of each battery.

Description

TriCOM Futur 24v HF-Ladegerät
NEU
Stecker nach Wahl.
Anschlussspannung 230v /1,6A
Mit Hersteller Garantie

MAXIMUM EFFICIENCY

Effizienter geht nicht – Mit dem neuen TriCOM FUTUR präsentieren wir das weltweit erste voll resonant schaltende HF-Ladegerät.

HF-Ladegeräte sind im Prinzip „Schaltnetzteile“, d.h. elektronische Schalter werden mit einer hohen Frequenz (50 - 100 kHz) ein- und ausgeschaltet. In der bisherigen HF-Ladetechnik erfolgt dies nicht voll resonant sondern „hart“, was unweigerlich zu hohen Schaltverlusten führt. Mit dem neuen TriCOM FUTUR ist es uns gelungen, ein hochmodernes Ladegrät zu entwickeln, das seiner Zeit voraus ist: Mit der neuen SR-Switching Technologie als Kerninnovation wird über den weiten Arbeitsbereich eines vollen Ladezyklus hinweg ein sehr „weiches“, verlustfreies Hochfrequenz-Schalten im Bereich von 50 kHz bis 170 kHz garantiert.

Diese für Ladegeräte neuartige HF-Technologie garantiert maximale Wirkungsgrade von bis zu 97 %. Darüber hinaus wird in Verbindung mit der verbesserten TriCOM FUTUR-Kennlinie eine Optimierung des Ladefaktors erreicht.

Durch ein innovatives, intelligentes Modul-Aktivierungsmanagement wird im Mehrmodulbetrieb darüber hinaus der Energieverbrauch im Teillastbetrieb weiter optimiert und die Lebensdauer erhöht.

Technische Daten TriCOM Futur

Produktkatalog TriCOM Futur