Problem​

• Since the S/W of TP520 and TP530 are different, problems arise when installing unsuitable S/W.

Precautions​

• TP520 and TP530 cases are the same.
• JOB program and UI Compatible without change.
• Differences in Win OS There may be differences in S/W. (see next)
• TP530 S/W cannot be installed on TP520 H/W. (Same for vice versa)
  • EX) MV40.21 (for TP520) ≠ MV40.21 (for TP530)
• Installing another OS may occasionally cause TP system errors.

Differences between TP520 and TP530​

※ The appearance of TP520 and TP530 is the same.

Understanding allowable torque and moment of inertia​

• The payload of the robot (Payload: model below - 165Kg) is sufficient for the robot to carry and work. It refers to the weight.
• Even if the payload is 165Kg, the farther the center of gravity is from the reference point, the more torque there is. As it gets bigger, the allowable payload becomes smaller . (See picture below)
• Based on the center of gravity Even if the torque value is the same, the moment of inertia varies depending on the speed. It gets bigger.
• In other words, even if the tool or workpiece is light if the center of gravity is far from the reference point, The allowable payload decreases drastically.

- If the moment of inertia or torque exceeds, the distance from the possible reference point is determined. It is better to reduce it.

- The allowable payload of the robot is proportional to the tool weight and the square of the distance. It is inversely proportional.

Excess Use Cases​

Applicable robot: HS165 (carrying weight 165Kg), tool (145Kg)​

It seems that there will be no problem by installing a tool that is less than the payload, but the tool The distance between the center and the reference point appears far.

(Robot: HS165, tool weight: 145Kg)

Find the distance and inertia of the tool's center of mass.​

• Use robot load estimation software
• Use of 3D modeling data from tools

The result of applying the load calculation is as follows.​

• Weight: Outside the range of use.
• Torque: 4,5 axes not available
• Inertia: Not available for 4th and 5th axes

How to improve when overload​

• If the load is exceeded, reduce the tool weight or **reduce the load to the center of gravity of the tool. There is a way** to reduce the distance.
• A method of reducing the distance is more effective. There are two ways as follows: When improving by method , if only the weight is reduced, the excess inertia will not be improved. No.
• Load calculation uses our load analysis program HRLoad. (HRLoad download)

When reducing weight​

EUREKA 114 was developed to solve the initial noise problem of  VIGO RE 0 . , VIGO This product has greatly improved initial test operation noise compared to grease. However, please be aware that mixing the above greases together in the same reducer may cause some noise.

1. Problem​

• VIGO + EUREKA Noise occurs when mixed oil
• Noise persists when the ratio of VIGO or EUREKA is more than 20%

2. History​

The grease for the reducer applied to our robots is as follows.

• VIGO RE 0: Period of use 2014 ~ 2020.9 (based on HS165, HS220)
• EUREKA 114: Period of use 2020.9 ~ (based on HS220)

3. There is no major problem if you inject it after removing the existing grease.​

If you are working with mixed grease, please replace it using the method below.

• Residual amount suggested by manufacturer: 10% (Noise usually disappears when less than 20%)
• In order to maintain the remaining oil amount below 10% during actual grease replacement work, the push method must be performed more than 3 times.

Reference 1. grease can

VIGO RE0

EUREKA 114

Reference 2. grease filler sticker

Gas spring monitoring​

Hi5a controller provides the function to monitor the pressure of the gas spring to manage the gas spring type balance spring.

The prerequisites for using this feature are as follows:

• Function provided only in controller main software MV40.17-00 or higher
• The actual pressure of the gas spring must be accurate. (140bar) – monitoring for subsequent changes
• Robot load estimation must be performed accurately.

See manual for details

Function comparison​

How to use​

Error details​

Gas pressure testing and injection​

Pressure check​

Gas spring filler SET (digital pressure meter) (pressure injection booster)

pressure check​

gas injection​

Gas springs have the advantage of being lighter and requiring less replacement time than coil springs, but as they are devices that use high-pressure gas, natural leaks occur. Periodic inspection by the user is required to manage this.

How to check pressure​

• Apply pressure automatic detection function (Hi5a version MV40.17.00 or higher)

  • Warning occurs below 60 bar
  • Error occurs below 30 bar (robot stops)
  • Warning level can be manually set in T/P (details announced later)

• Manual measurement using a pressure gauge (general pressure gauge: digital (PT118) recommended)

How to respond when pressure drops​

• Problems when using gas springs while neglecting natural pressure drop
  • The friction angle between the cartridge and the tube increases, causing damage to the seal.
  • Early damage to gas springs occurs

Check whether the robot body and the controller number are the sam​

Select robot program (JOB file: No. 9999) and move​

• Select program (press Shift key + Program-Step key simultaneously), enter 9999 and press ENTER
• Select step number (Press Program-Step key / 1 input ENTER)
• Robot operation: Motor ON - Deadman switch ON - Step forward (FDW) and move to step 1
• After moving, the data should be the left posture below and each axis data on the right.

The encoder recorded value attached to the control panel and the left corrected encoder value of the TP encoder offset must be the same​

(System – Robot Parameters – Encoder Options Screen)

Check whether the scale of each axis of the robot body matches​

Please refer to the notice regarding maintenance precautions for the gas spring applied to the models supplied by our company.

target model​

• HS220 series : HS220, HS180, HS160L, HS210E
• HH300 series : HH300, HS200L, HS260

Management method​

Gas springs were adopted because they have the advantage of being lighter and easier to replace than coil springs, but as they are devices that use high-pressure gas, natural leaks may occur, so periodic inspection and replacement by the user is required. (Reference: Main unit manual 4-2)

Inspection is performed every 6 months, and gas charging or replacement is required if the pressure drops. (Reference for details: Chapter 9 of the main unit manual).

If leakage is left unattended, it may cause damage to the gas spring and drive system (motor/reducer). (Caution: If the pressure of the gas spring is lowered, depending on the load, there is a risk of the axis falling when the servo is turned off in the maximum radius position.)

What to do under pressure​

1. Above 100 bar: No or little leakage. Maintain or charge to 140 bar.
2. Below 100 bar:

• When gas charging is possible: If the pressure is maintained after charging, use it. If there is a rapid leak after charging, request gas spring replacement or repair. The lifespan of the gas spring is 3 to 4 years (20,000 hours), and periodic repair/replacement is recommended.
• If there is no charger: Contact Hyundai Robotics A/S. (Gas charging and exchange)

Apply monitoring software​

• Provides a function to monitor the pressure of the gas spring for efficient management. (Applies to MV40.11 or higher, recommended MV40.17 or higher)

Please note that after-sales service support is difficult due to the parts for the Hi3 model supplied by our company being discontinued.

We have partially responded with our stock, but we are unable to respond due to a lack of materials.

Model not available for service​

1. Main body (motor not available)​

• HR165/130
• HR150/120
• HR100P
• HR015
• HR006
• HR050

2. Controller (board not available)​

• Hi3