PB1D003R1H0
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The PB1D003R1H0 servo driver offers 16 input signals, an open collector output signal ranging from 5 to 24 VDC, and RS-485 half-duplex communication. As part of the PB SANMOTION Servo Drivers by Sanyo Denki, it delivers a maximum rotational speed of 4500 min-1 and withstands storage temperatures from -20 to +70°C.
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Product Description:
The PB1D003R1H0 Servo Driver is manufactured by Sanyo Denki for industrial automation systems. The device accepts power supplies between 24V to 36V, and 48V with 10% input voltage tolerance. The servo driver supports current consumption up to 3.7 Arms maximum. Through its open frame layout, the driver enables placement within confined system designs.
The PB1D003R1H0 servo driver maintains dependable cooling features and installs swiftly. The device incorporates LED signals both for power status and warning messages. A rotary switch enables operators to set slave addresses between 0 through F in Hexadecimal format. Transmission speed, along with terminating resistor settings, can be accomplished through DIP switches on the system. The network configuration can be readjusted by operating the available switches. The driver provides operational speeds starting from 0 up to 4500 rpm. Vibration does not affect the operation of the PB1D003R1H0 servo driver. The product withstands vibrations at a 0.5G level between frequencies 10 to 55 Hz. Testing is conducted on the unit across X, Y, and Z directions for 2 2-hour duration. The device presents a rotor inertia value of 0.36 × 10⁻⁴ kg·m². The device can operate under a thrust demand of 14.7 N.
The PB1D003R1H0 servo driver supports radial loading that reaches a maximum of 167 Newtons. The motor used alongside this driver weighs 1.05 kg in weight. The driver unit measures 0.3 kilograms in weight. The PB1D003R1H0 Servo Driver comes equipped with point functions as well as program capabilities. The motion sequence point limit for this driver amounts to 128 single points. The DC system of this driver enables operation of four 512-line programs or eight 256-line programs. The 1 program in AC systems contains 1024 lines or uses 256 programs with 8 lines in each.
Frequently Asked Questions about PB1D003R1H0:
Q: Why use rotary switch in PB1D003R1H0 configuration?
A: PB1D003R1H0 uses a rotary switch to easily assign unique slave addresses for precise device identification on networks.
Q: How does PB1D003R1H0 handle motion precision tasks?
A: PB1D003R1H0 supports fine-tuned motion control through programmable logic that enables consistent motor sequences across applications.
Q: Why are DIP switches used in PB1D003R1H0?
A: DIP switches in PB1D003R1H0 provide customizable hardware-level settings for communication speed and termination without software dependencies.
Q: What ensures vibration stability in PB1D003R1H0 driver?
A: PB1D003R1H0 maintains stable performance under vibration using durable construction tested along three axes over extended durations.
Q: Why allow 10% voltage tolerance in PB1D003R1H0?
A: 10% input voltage tolerance in PB1D003R1H0 ensures reliable functionality under supply fluctuations typical in industrial environments.
