FANUC A06B-6096-H204

 FANUC's A06B-6096-H204 servo amplifier offers industrial motion control systems outstanding benefits.

The A06B-6096-H204 is a servo amplifier module that operates on two axes and is part of the A06B-6096 generation of AC servo drives.

Its robust design, enhanced protection features, and reliable performance make it a top choice for businesses seeking greater accuracy in manufacturing processes while optimizing operational efficiency.

This powerful servo amplifier, the A06B-6096-H204, is designed to provide reliable performance even in harsh environments. Its versatile array of inputs and outputs, ranging from limit switches to analog signals and complex positioning systems, promises unrivaled versatility for various applications.

With the capability to control electric motors, cylinders, relays, and solenoids in one package, it's no wonder this machine is a trusted tool for many industries. Its resilience ensures its dependability in any environment - ensuring each job gets done right every time.

This servo amplifier can handle a wide range of input voltage from 283V to 325V and has an impressive output capacity of up to 3.4kW. It delivers a nominal output voltage of 230V and a current of 3.0 A for the L axis, while for the M axis, it delivers a current of 12.5 A.

This highly reliable and powerful servo amplifier module (A06B-6096 H204) is compatible with various FANUC i-series controls, from the cutting-edge 15i to 21i models.

The A06B-6096-H204 servo amplifier is ideal for industrial operations. It features a fast and secure FSSB interface, providing reliable communication between the power supply and other control devices.

Besides its high-power output, it also provides advanced user options €“ making it perfect for any task or requirement.

The A06B-6096-H204 Servo Amplifier Module is designed to operate optimally when the ambient temperature stays within a safe range of 0 - 55°C but can withstand temperatures as low as -20 or up to 60°C during transportation and storage. The external conditions should remain between 0 and 45° C.

The humidity should normally be 90% RH or below, without condensation. Ensure that operating conditions remain optimal with vibration levels under 0.5G and an atmosphere free from erosive elements like corrosive mists or drops, which can harm the circuitry.

Heat production by SVM is determined by the model chosen and by the amount of current it consumes. Therefore, choosing an appropriate heat dissipation strategy requires consideration of both factors to ensure a satisfactory result.

The servo amplifier model is optimized for industrial environments with a wiring board specification of A16B-2202-0610 and PCB specification of A20B-2001-0821, giving the user peace of mind that operations will run smoothly and securely in any situation.

The A06B-6096-H204 servo amplifier provides industries with advanced control and protection features, making it an invaluable asset across various sectors.

From the power industry to elevator systems, auto manufacturers, and aluminum smelting machines to steelworks, combustion control systems, or non-ferrous metal production plants €“ this versatile device offers reliable and high-performance solutions for controlling electric motors, cylinder relays, and analog outputs.

Moreover, its applications extend far beyond these traditional industrial uses, giving glass firms new tools in their manufacturing process and providing textile machinery operators with enhanced precision - not forgetting water treatment facilities which benefit from improved efficiency too.

&nbsp