did
int64 0
1.04k
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943
| name
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71
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int64 0
671
| metalabel
int64 1
37
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|---|---|---|---|---|
1,000 | Common name in common parlance or the trade name of the membrane material | Material designation of the diaphragm | 632 | 1 |
1,001 | Common name in common parlance or the trade name of the pump head material | Material designation of the pump head | 633 | 1 |
1,002 | Usual name or brand name of the valve ball/valve cone material in general language | Designation of the material of the valve ball/cone | 634 | 1 |
1,003 | common name in common usage or the trade name of the material of the valve body | Material designation of the valve body | 635 | 1 |
1,004 | Common name in common parlance or the trade name of the valve face material | Material designation of the valve seat | 636 | 1 |
1,005 | A numbering of membrane materials based on standards. The material is clearly described by reference to a standard | Material number of the diaphragm | 637 | 1 |
1,006 | A numbering of pump head materials based on standards. The material is clearly described by reference to a standard | Material code of pump head | 638 | 1 |
1,007 | A numbering of valve ball, valve cone materials based on standards. The material is clearly described by reference to a standard | Material number of the valve ball/cone | 639 | 1 |
1,008 | norm-based coding of the valve body material | Material code of valve body | 640 | 1 |
1,009 | A numbering of valve face materials based on standards. The material is clearly described by reference to a standard | Material code of valve face | 641 | 1 |
1,010 | Sum of the cylinders in the set | Count of cylinders | 642 | 31 |
1,011 | (Representable by natural numbers) quantitative indication of quantity of pump heads | Count of pump heads | 643 | 31 |
1,012 | standard describing the valve ball material. The material number is taken from this standard. The type and number of the standard with the year and month of issue must be specified | Reference norm material of the valve ball | 644 | 1 |
1,013 | standard describing the membrane material. The material number is taken from this standard. The type and number of the standard with the year and month of issue must be specified | Reference standard of the material (diaphragm) | 645 | 1 |
1,014 | standard describing the material of the pump head. The material number is taken from this standard. The type and number of the standard with the year and month of issue must be specified | Reference norm material (pump head) | 646 | 1 |
1,015 | standard describing the valve face material. The material number is taken from this standard. The type and number of the standard with the year and month of issue must be specified | Reference standard of the material (valve seat) | 647 | 1 |
1,016 | highest absolute static pressure of the exiting mixture immediately behind the pressure connection, permitted by the manufacturer | max. permissible back pressure | 648 | 13 |
1,017 | The distance between the top and bottom end points of the stroke | maximum length of stroke | 649 | 19 |
1,018 | maximum number of cycles completed between top and bottom dead center of the piston movement | max. number of strokes of the piston | 650 | 13 |
1,019 | minimum number of cycles completed between top and bottom dead center of the piston movement | the pistons min. number of strokes per minute | 651 | 13 |
1,020 | Document that describes the material of the valve body in the form of a binding, recognized rule | material reference norm of the valve body | 652 | 1 |
1,021 | Length between top and bottom dead center of the piston | run length | 653 | 19 |
1,022 | Number of cycles completed between top and bottom dead center of the piston movement in a specific time unit | Stroke rate | 654 | 13 |
1,023 | Method of the volume flow adjustment and change, of the piston pump | control method | 655 | 7 |
1,024 | Method of adjusting the stroke length of a piston pump. This can be done manually or automatically | Method of the elevation adjustment | 656 | 7 |
1,025 | Classification of electrical and non-electrical equipment according to the potentially explosive atmosphere in which it is intended to be used | Device explosion protection-device group | 657 | 1 |
1,026 | Within a group of devices, a category represents the classification in terms of the required level of security | Explosion protection device category of the entire device | 658 | 1 |
1,027 | Special measures taken on equipment to prevent ignition of a surrounding atmosphere | Explosion protection Type of protection for the entire device | 659 | 1 |
1,028 | Classification of devices, protective systems or components for explosive atmospheres according to their maximum surface temperature | Explosion protection Temperature class of the entire device | 660 | 1 |
1,029 | Coding of the membrane cover material based on standards | Material number of the membrane cover | 661 | 1 |
1,030 | Voltage value specified by the manufacturer witch can be applied to electrical equipment | Specified input voltage | 662 | 19 |
1,031 | Document that describes the material of the membrane cover in the form of a binding, recognized rule | Reference standard of the material (diaphragm cover) | 663 | 1 |
1,032 | common name in common usage or the trade name of the material of the diaphragm cover | Designation of the material of the diaphragm cover | 664 | 1 |
1,033 | norm describing the displacement piston material. The material number is taken from this norm. Type and number of the norm with issue year and issue month must be given | Displacement piston reference norm | 665 | 1 |
1,034 | Fixed proportion between the medium to be conveyed and the driving medium | Pressure ratio of pumped medium to drive medium | 666 | 19 |
1,035 | Information about the availability of an automatic switch of the pump | Automatic switch possible | 667 | 25 |
1,036 | Largest possible volume of substance moved by the pump in a unit of time | max. delivery volume | 668 | 19 |
1,037 | Highest permissible speed at which the pump motor may be operated | maximum rotation speed | 669 | 13 |
1,038 | maximum removable power from the motor | motor power maximum | 670 | 19 |
1,039 | Voltage which, together with the rated operational current, determines the application of the device. For single-pole devices, the rated operational voltage is generally the voltage across the pole. For multi-pole devices, it is generally specified as the phase-to-phase voltage | operating volt. | 671 | 19 |