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A06B-6096-H108  SVM1-360

A06B6096H108

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$2,400 ($500 Exchange Credit Available)   

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Repair/ Return Option Available At $1180.

Dimension: (W x H x D): 150mm x 380mm x 307mm

Rated Input: 283-325VDC 15 kW

Rated Output Current: L axis    115 A

A06B-6096-H108 Alpha Series Spindle Amplifier Module is equipped with External cooling fan A90L-0001-0335/B and Internal cooling fan A90L-0001-0422

Fanuc A06B-6096-H108 is typically used with Fanuc motor a100/2000, a150/2000

A06B6096H108 B65165E Manual

Related technical information

Alarm 368 369 Note    Alarm 466 Note

A06B-6096-H106 Alarms Meaning and action to be taken

Alarm     Meaning
1              Internal Fan Stopped (FAL)
2              Low control power voltage (LV5V)
5              Low DC link voltage (LVDC)
8              L-axis over-current (HCL)
9              M-axis over-current (HCM)
A              N-axis over-current (HCN) 
b             L & M-axis over-current
C             M & N-axis over-current
d             L & N-axis over-current
E              L, M, N -axis over-current
8.             L-axis IPM alarm (IPML)
9.             M-axis IPM alarm (IPMM)
A.             N-axis IPM alarm (IPMN) 
b.            L & M-axis IPM alarm
C.            M & N-axis IPM alarm
d.            L & N-axis IPM alarm
E.             L, M, N-axis IPM alarm
L            FSSB Disconnect COP10A
U            FSSB Disconnect COP10B

A06B-6096-H108

A06B-6096-H108 is typically used with Fanuc 16iTA, 16iMA, 18iTA, 18iMA, 21iTA, and 21iMA controls. Typically found on machines such as Mori Seiki ZL-200

Fanuc Alpha Servo A06B-6096-H108 features
high power and high acceleration due to optimum winding design and effective cooling structure.
Increased torque at low speed range
High precision and high resolution pulse coder feedback (1000000 pulses/revolution)
Available with both 200V input and 400V input
Compact size with latest intelligent Power Module (IPM) technology.
Utilize power source regeneration technology to return regeneration energy of the motor to a power source. 
Compared with the resistor regeneration, power consumption is largely reduced.

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