Schneider Electric 400VA 1 Output Chassis Mounting Transformer, 230V ac

Currently unavailable
We don't know if this item will be back in stock, RS intend to remove it from our range soon.
ANZ - SEBundle - PDP
RS Stock No.:
608-6511
Mfr. Part No.:
ABL6TS40U
Brand:
Schneider Electric
Find similar products by selecting one or more attributes.
Select all

Brand

Schneider Electric

Primary Voltage Rating

230 → 400V

Secondary Voltage Rating

230V ac

Power Rating

400VA

Number of Outputs

1

Mounting Type

Chassis

Efficiency

92%

Length

136mm

Width

136mm

Depth

140mm

Dimensions

102 x 136 x 140mm

Weight

6.45kg

Minimum Operating Frequency

47Hz

Maximum Operating Frequency

63Hz

Maximum Temperature

+50°C

Minimum Temperature

-20°C

Schneider Electric Chassis Mounting Transformer, 47 to 23Hz Operating Frequency, 400VA Power Rating - ABL6TS40U


Safely isolate devices from the source of AC power with this chassis-mounting transformer from Schneider Electric. It takes an input voltage of between 230 and 400V AC and outputs 230V AC, protecting users from electric shocks by preventing current from flowing through their body and back to the neutral line. As a single-phase, single-secondary-winding transformer, it has no moving parts, so a lack of mechanical friction makes it highly efficient.

Features & Benefits


• Multi-hole frame fixing for quick and easy installation
• Fully varnish-impregnated bobbins resist vibration and corrosion to offer a long service life
• Screw terminals help you quickly make secure connections
• Overload, overvoltage and short-circuit protection safeguards against damage to equipment

Applications


• Industrial pumps
• Heating elements
• Relays

What's a single-phase transformer?


A single-phase transformer like this one operates on single-phase power. It has a primary winding on a magnetic iron core and a secondary winding on a copper core. When an AC current is applied to the primary winding, it creates a magnetic field that links with the secondary winding through mutual induction. This generates a current in the secondary winding.

Related links