The DENSO Robotics HSR055A1-N/S Bellows is a four-axis robot with a 550 mm reach and an 8 kg payload. It uses AC servomotors, absolute encoders, and brakes on the Z and T axes. It is listed with Z-axis stroke options of 170 mm, 290 mm, and 450 mm.
What is the payload of the DENSO Robotics HSR055A1-N/S Bellows?
8 kg, per HSR Series 4-axis Robots | DENSO Robotics (densorobotics.com).
What is the reach of the DENSO Robotics HSR055A1-N/S Bellows?
550 mm, per HSR Series 4-axis Robots | DENSO Robotics (densorobotics.com).
How many axes does the DENSO Robotics HSR055A1-N/S Bellows have?
4, per HSR Series 4-axis Robots | DENSO Robotics (densorobotics.com).
How much does the DENSO Robotics HSR055A1-N/S Bellows weigh?
31.5 kg, per HSR Series 4-axis Robots | DENSO Robotics (densorobotics.com).
What is the maximum TCP speed of the DENSO Robotics HSR055A1-N/S Bellows?
8000 mm/s, per HSR Series 4-axis Robots | DENSO Robotics (densorobotics.com).
Study notes
Bellows model Z-axis stroke options are 170 mm, 290 mm, and 450 mm.
Available in floor-mount and ceiling-mount configurations.
User air piping has 4 systems: two φ4 and two φ6 lines.
User signal lines include 19 lines for proximity sensors and 8 Ethernet lines as an option.
Options include a wiring protection kit, built-in Ethernet, external encoder battery, and stopper with bearing.
Maximum composite speed is specified at the center of the hand mounting flange.
Position repeatability for J1+J2 is stated as ±0.01 mm to ±0.012 mm; Z is ±0.01 mm and T is ±0.004°.
Safety
Brakes are provided for the Z and T axes.
Brake release on non-UL-Listed models can be done with the brake release switch in direct teaching mode or by command from the teach pendant or mini-pendant.
On UL-Listed models, brake release requires the brake release switch with controller power ON; the teach pendant or mini-pendant cannot release the brakes.
Air operating pressure is 0.05–0.35 MPa; maximum allowable pressure is 0.59 MPa.
Noise level is stated as <80 dB(A).
Maximum force-fit is 98 N for 1 second or less.
Maximum allowable inertia moment is 0.12 kg·m².
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