Installation instructions Introduction Brushless
MOOG G400 series servodrives are maintenance-free by construction. The motors’ life is limited by the bearings, which have lifetime lubrication (minimum 20,000 operating hours with the recommended maximum axial and radial loads). For product liability reasons, any motor damage should be repaired by MOOG; non-MOOG staff may be unable to comply with safety rules (e.g., VDE guidelines) and MOOG quality standards.
Caution: Destruction of the paint seal on the screwsvoids warranty.
Recommended drives to be used to control the motor,according to UL1004, Par.30.6: MSD Series, DS2000 byMoog.
Shipment: Please check that the contents of the delivery are as ordered and that no damage, especially to the areas of the shaft and connectors, has occurred during transit. Any problems should be addressed immediately to MOOG, along with a description of the fault or damage.
G400 series motor codification
The motor nameplate data are used to set the servodrive. In case of contact with Moog, the identification data of the motor must be supplied.
Mounting
MOOG recommends the use of Hex head screws according to DIN 912 8.8 (see column H in the table on page 2). The mounting of MOOG motors, especially size 1, 2, and 3 motors, can be eased considerably by the use of a ballended hex key. With these motor sizes, the length of thescrews used for mounting must not exceed 40 mm.MOOG motors generate heat during normal operation. Therefore, a good heat sink and sufficient ventilation should be provided when mounting the motor, i.e., the motor must be fitted to a sufficiently large metal machine part. The motors should be protected against contact with the hot surfaces if necessary. The motor shaft should be degreased carefully before mounting a coupling. When using a degreaser (grease-dissolving substance), prevent it from flowing into the bearing, as this will destroy the lifetime lubrication. A clamp coupling or a shrink connection is recommended to provide a reliable torque transmission.
Caution: The motor can be damaged during mounting by excessive axial or radial forces applied to the shaft. The resulting damage to the bearings can reduce the motor's life. Excessive axial force on the rotor shaft can impair the functionality of an optional brake. This leads either to reduced braking force or brake failure. Therefore, excessive pressure and shocks on the front end of the shaft and the back housing must be avoided under all circumstances. The impulse of any hammer blow always exceeds the maximum permissible axial and radial forces.
Electric interfaces
For the connection of series G400 MOOG motors, it is best to use the mating connectors and cable characteristics indicated in the tables on pages 12 and 13. When using non-MOOG components, the cable specifications must be fulfilled in every way. Danger: A rotating motor can generate dangerously high voltages. Always make sure that there are no exposed cables. The pin layouts of the connectors are shown in the following tables. Connection and disconnection of the motors must be made with the controller switched off. Simply disabling the controller is not sufficient. During installation, special attention should be paid to the diameter of the protective earth (PE) conductor, which must be sized according to legal safety rules. Caution: Small wire diameters lead to unacceptable heating in the cable. This results in power loss to the motor, especially when the cables are long. We recommend shielding of power and signal cables. The shielding should be connected to earth at both ends. What to do if repairs are required. If a repair of a MOOG motor should prove necessary, all parts such as gears, toothed wheels, pinions, etc., not fitted by MOOG, should be removed because MOOG cannot guarantee correct disassembly. Grease and dirt on the front flange should also be removed. Moog would appreciate a detailed failure or breakdown report attached to the delivery paperwork. "For repair" should be clearly stated on the delivery note.
Einführung: MOOG-bürstenlose Servomotoren der Baureihe G400 sind bauartbedingt wartungsfrei. Die Lager als einzige verschleißbehaftete Komponente sind mit einer Lebensdauerschmierung ausgerüstet (mind. 20 000 Betriebsstunden bei den angegebenen maximalen Axial- und Radialkräften). Tritt am Motor dennoch eine Beschädigung auf, so kann diese in der Regel durch MOOG behoben werden. Eine Reparatur durch Fremdpersonal ist aus Gründen der Produkthaftung ausgeschlossen, da die geltenden Sicherheitsvorschriften (z. B. VDE-Richtlinien) und MOOG-Qualitätsstandards in der Regel vom Kunden nicht eingehalten werden können.Achtung: Eine Zerstörung des Siegellackes an den Schrauben führt zum Erlöschen jedweden Garantieanspruchs.Empfohlene Antriebe, um den Motor zu steuern, entsprechend UL1004, Par. 30.6: MSD-Serie, DS2000, von Moog.Verpackungsinhalt bei Anlieferung eines MOOG-Motors Bitte prüfen Sie sofort bei Anlieferung des MOOG-Motors den Verpackungsinhalt auf Unversehrtheit und Vollständigkeit des mit Ihnen vereinbarten Lieferumfangs.Insbesondere die Bereiche des Wellenendes und der Stecker sollten auf Transportschäden geprüft werden.Bitte prüfen Sie anhand der Daten auf dem Typenschild, ob das gelieferte Motormodell mit der Bestellung übereinstimmt.Kodifizierung der Serie G400 Die Daten auf dem Typenschild werden für die Einstellung des Servodrives verwendet. Im Falle des Kontaktes mit Moog müssen Kennzeichnungsdaten des Motors bereitgestellt werden.
MOOG：G631-3013B-5
MOOG G631-3014B-5
MOOG：D651-129B
MOOG：BN23-28EF-01CHG
MOOG G122-829A
MOOG：BN23-28EF-01CHG
MOOG G761-3033B S63JOGA4VPL
MOOG G761-3033B
MOOG G122-829A
MOOG G122-829A
MOOG P/n: G771K288A
MOOG：8064-7078
MOOG：IMI220-6180A001
MOOG：IMI220-6150A001
MOOG：IMI220-6100B001
MOOG G122-829A001
MOOG G122-829A001
MOOG IMI220-6180A001
MOOG IMI220-6150A001
MOOG IMI220-6100B001
MOOG IMI220-6251A001
MOOG IMI220-6200A001
MOOG IMI220-6221A001
MOOG IMI220-6001A001
MOOG B64564-001V 2322470
MOOG：761-4088B5
WOODWARD：1680-622
MOOG：B64564-001V
MOOG：G392-004-100-001
