K Serie

K Serie

Elektrischer Linearaktuator

  • Maximalkraft bis zu 3.500 lbf (15 kN)
  • Geschwindigkeiten von bis zu 32,8 in/Sek. (833 mm/Sek.)
  • Hübe von 0,7 bis 60 in (20 bis 1.525 mm)
  • Universallösung für Antriebe mit Stangenbauweise
Find a Distributor

Universelles Design für ultimative Flexibilität

Die Aktuatoren der K-Serie von Exlar bieten eine wirklich universelle Lösung für eine Vielzahl von Anwendungen mit Stangenantrieben. Jetzt in den Größen 60, 75 und 90 mm erhältlich.

Hohe Leistung und kleiner Formfaktor

Diese robusten elektrischen Aktuatoren bieten einen idealen Ersatz für Pneumatikzylinder und verfügen über vergleichbare Abmessungen mit einem ähnlichen Formfaktor. Die optionalen Rollengewindetriebe sind ein hervorragender Ersatz für Hydraulikzylinder. Bessere Leistung, mehr Flexibilität und eine längere Lebensdauer ergänzen sich und machen damit die K-Serie zu einer klugen Wahl für viele Anwendungen.

Es sind mehrere Modelle verfügbar, um genau Ihren Bedürfnissen zu entsprechen

Die Stellantriebe der KX-Serie werden in drei Baugrößen angeboten, so dass Sie die Option auswählen können, die Ihren Anforderungen am besten entspricht:

KX-Aktuatoren

Das leistungsstarke Planetenrollengewinde in der KX-Klasse bietet Leistung, die konkurrierenden Aktuator-Technologien weit überlegen ist. Diese Aktuatoren sind ideal für die industrielle Automatisierung, mobile Geräte, Prozesssteuerung und viele andere anspruchsvolle Anwendungen.

KM-Aktuatoren – Legacy-Produkt

Die Standardleistung und die preisgünstigeren Planetenrollengewinde in der KM-Klasse eignen sich am besten für Anwendungen, bei denen die Kosten eine höhere Priorität als lange Lebensdauer haben. Dennoch bieten diese Aktuatoren die doppelte Lebensdauer im Vergleich zu ähnlich großen Kugelgewindetrieben und haben einen hohen Wirkungsgrad und eine höhere Stoßfestigkeit.

Weitere Vorteile

  • Flexibles Design, geeignet für zahlreiche Anwendungen und Konfigurationen
  • Universelle Montagemöglichkeiten, kompatibel mit DC, Schrittmotoren und Servomotoren
  • Vorkonfigurierte Parallel- und Inline-Motorhalterungen für die meisten Motoren erhältlich
  • Mehrere Modelle für maximale Flexibilität
  • Eloxiertes Aluminiumgehäuse mit Optionen für abgedichtetes Gehäuse für raue Umgebungsbedingungen
  • Spezifische Material- und Beschichtungsmöglichkeiten
  • Für lange Lebensdauer und geringen Wartungsaufwand gebaut

SCHNELLER DATENÜBERBLICK

Modelle: KX60, KX75, KX90 (Aktuatoren mit Rollengewinde mit hoher Leistung)
KM60, KM75, KM90 (Aktuatoren mit Rollengewinde mit Standardleistung) – Legacy-Produkt
Baugrößen: 2,3, 2,9, 3,5 in (60, 75, 90 mm)
Hublängen: 150, 300, 600, 900 mm (6, 12,  24, 36 in )
Lineare Drehzahl: bis zu 32,8 in/Sek. (833 mm/Sek.)
Maximale Kraft: bis zu 3.500 lbf (15 kN)

Verwandte Branchen

Konfigurationsoptionen

Konfigurationsoptionen der K-Serie

Actuator Class
KX = high capacity roller screw
KM = standard capacity roller screw – Legacy Product

AA = Frame Size
BBBB = Stroke Length
CC = Screw Lead (linear travel screw revolution)
= Mounting
E = Rod End Thread / Rod Material
FFF = Input Drive Provisions
GGG = Motor Mount Provisions

Mechanische Optionen

L1, L2, L3 = Einstellbarer externer Fahrschalter

Externe Fahrschalter zeigen die Fahrt zur Steuerung an und sind für die Ausgangs- oder Endposition einstellbar.

* Einige Optionen sind bei jeder Konfiguration nicht verfügbar. Für Optionen oder Sonderausführungen, die nicht oben aufgeführt sind, oder für erweiterten Temperaturbetrieb, konsultieren Sie bitte Exlar Applications Engineering.

IP-Werte für Exlar-Aktoren

K Serie

K60
Leistungsbeschreibungen
 Printable View

K60 Mechanical Specifications

MODELS   KX | KM - LEGACY PRODUCT
Screw Lead in 0.1969 0.3937 | 0.1969 0.3937
  mm 5 10 | 5 10
Maximum Force^2 lbf 1350 675 | 1350 675
  kN 6 3 | 6 3
Life at Maximum Force in x 10^6 1.6 18.2 | 0.4 4.5
  km 41.7 461.4 | 10.4 115.3
C_a (Dynamic Load Rating) lbf 2738 2421 | 1725 1525
  kN 12.2 10.8 | 7.7 6.8
Maximum Input Torque^1 lbf-in 53 53 | 53 53
  Nm 6 6 | 6 6
Max Rated RPM @ Input Shaft RPM 5000 5000 | 5000 5000
Maximum Linear Speed @ 
Maximum Rated RPM
in/sec 16.4 32.8 | 16.4 32.8
  mm/sec 417 833 | 417 833

1 - Input torque should be limited such that Max Force is not exceeded. For a parallel belt ratio, the input torque ratings must be divided by the belt ratio for allowable motor torque. The output force ratings remain the same.
2 - Maximum allowable actuator–generated force that can be applied routinely. Exceeding this force may result in permanent damage to the actuator. For maximum allowable externally-applied axial forces, consult factory. For high force, short stroke applications, consult factory.

 

K60 Intertias

  KG-M^-2 (LBF-IN-SEC^-2) KG-M^-2 (LBF-IN-SEC^-2)
  5 mm Lead Add per 25 mm, 5 mm Lead
Base Unit - Input Drive Shaft Only 1.480 x 10^-5 (1.31 x 10^-4) 1.022 x 10^-6 (9.045 x 10^-6)
Inline Unit - w/Motor Coupling 2.702 x 10^-5 (2.39 x 10^-4) 1.022 x 10^-6 (9.045 x 10^-6)
  10 mm Lead Add per 25 mm, 10 mm Lead
Base Unit - Input Drive Shaft Only 1.616 x 10^-5 (1.43 x 10^-4) 1.173 x 10^-6 (1.038 x 10^-5)
Inline Unit - w/Motor Coupling 2.837 x 10^-5 (2.51 x 10^-4) 1.173 x 10^-6 (1.038 x 10^-5)
Parallel Drive Inertias (P10 Option)
  5 mm Lead Add per 25 mm, 5 mm Lead
1:1 Reduction Parallel Belt Drive (66 mm) 4.339 x 10^-5 (3.84 x 10^-4) 1.022 x 10^-6 (9.045 x 10^-6)
1:1 Reduction Parallel Belt Drive (86 mm) 7.378 x 10^-5 (6.53 x 10^-4) 1.022 x 10^-6 (9.045 x 10^-6)
1:1 Reduction Parallel Belt Drive (96 mm) 8.564 x 10^-5 (7.58 x 10^-4) 1.022 x 10^-6 (9.045 x 10^-6)
2:1 Reduction Parallel Belt Drive (96 mm) 7.095 x 10^-5 (6.28 x 10^-4) 2.555 x 10^-7 (2.261 x 1^-6)
  10 mm Lead Add per 25 mm, 10 mm Lead
1:1 Reduction Parallel Belt Drive (66 mm) 4.474 x 10^-5 (3.96 x 10^-4) 1.173 x 10^-6 (1.038 x 10^-5)
1:1 Reduction Parallel Belt Drive (86 mm) 7.514 x 10^-5 (6.65 x 10^-4) 1.173 x 10^-6 (1.038 x 10^-5)
1:1 Reduction Parallel Belt Drive (96 mm) 8.704 x 10^-5 (7.70 x 10^-4) 1.173 x 10^-6 (1.038 x 10^-5)
2:1 Reduction Parallel Belt Drive (96 mm) 1.966 x 10^-5 (1.74 x 10^-4) 2.931 x 10^-7 (2.595 x 10^-6)
Parallel Drive Inertias (Smooth Motor Shaft Option)
  5 mm Lead Add per 25 mm, 5 mm Lead
1:1 Reduction Parallel Belt Drive (66 mm) 6.015 x 10^-5 (5.32 x 10^-4) 1.022 x 10^-6 (9.045 x 10^-6)
1:1 Reduction Parallel Belt Drive (86 mm) 1.103 x 10^-4 (9.76 x 10^-4) 1.022 x 10^-6 (9.045 x 10^-6)
1:1 Reduction Parallel Belt Drive (96 mm) 2.176 x 10^-4 (1.93 x 10^-3) 1.022 x 10^-6 (9.045 x 10^-6)
2:1 Reduction Parallel Belt Drive (96 mm) 8.768 x 10^-5 (7.76 x 10^-4) 2.555 x 10^-7 (2.261 x 10^-6)
  10 mm Lead Add per 25 mm, 10 mm Lead
1:1 Reduction Parallel Belt Drive (66 mm) 6.150 x 10^-5 (5.44 x 10^-4) 1.173 x 10^-6 (1.038 x 10^-6)
1:1 Reduction Parallel Belt Drive (86 mm) 1.117 x 10^-4 (9.88 x 10^-4) 1.173 x 10^-6 (1.038 x 10^-6)
1:1 Reduction Parallel Belt Drive (96 mm) 2.190 x 10^-4 (1.94 x 10^-3) 1.173 x 10^-6 (1.038 x 10^-6)
2:1 Reduction Parallel Belt Drive (96 mm) 8.802 x 10^-5 (7.79 x 10^-4) 2.931 x 10^-7 (2.595 x 10^-6)

 

K60 Weights

  LB KG
Base Actuator Weight (Zero Stroke) 3.7 1.7
Actuator Weight Adder (Per mm of Stroke) 0.017 0.008
Adder for Inline (excluding motor) 0.93 0.42
Adder for Parallel Drive (excluding motor) 1.6 0.73
Adder for Front Flange 0.93 0.42
Adder for Rear Flange 4.79 2.16
Adder for Rear Clevis 0.98 0.44
Adder for Rear Eye 0.67 0.30
Adder for Front/Rear Angle Mounts 0.54 0.24
Adder for Two Trunnions 0.72 0.33
Adder for Two Foot Mounts 1 0.45
Datenkurven
 Printable View

K60 Critical Speed

 

Actuator Rated Speed (speed at which we have tested and rated the actuator)
* With longer stroke length actuators, the rated speed of the actuator is determined by the critical speed

 

 


 

K60 Maximum Radial

 


K60 Rated Force

 

 

Geschätzte Lebensdauerkurven
Bestellhinweise
 Printable View

Um ein Produkt von Exlar zu bestellen, ist eine eindeutige Modellmaske (Identifikationsnummer) erforderlich. Die Modellmaske ist eine Zeichenfolge, die das Modell, die Größe und die Konfigurationsalternativen angibt.

 

 

Richtlinien zur Produktauswahl

Um Ihnen den Bestellvorgang zu erleichtern, können Sie dieses Exlar Application Worksheet ausdrucken und ausfüllen, bevor Sie sich an einen Vertriebsmitarbeiter in Ihrer Nähe wenden.

Betätiger-Serie

KX = High Capacity Roller Screw

AA = Aktuator-Rahmengröße

60 = 60 mm (2.375 inches)
75 = 75 mm (2.95 inches)
90 = 90 mm (3.54 inches)

BBBB = Hublänge (mm)

0150 = 150 mm
0300 = 300 mm
0600 = 600 mm
0900 = 900 mm

CC = Spindelführung

Linear motion per screw revolution

05 = 5 mm (0.2 inch)
10 = 10 mm (0.4 inch)

D = Montagemöglichkeiten

N = None, Base Unit

E = Gelenkkopfoptionen

M = Male US standard thread
A = Male metric
F = Female US standard thread
B = Female Metric thread

FFF = Input Drive Rückstellungen

NMT = Drive Shaft Only, No Motor Mount
ISC = Inline, includes shaft coupling

Keyed Motor Shaft Options
P10 = Parallel, 1:1 Belt Reduction, Keyed Motor Shaft
P20 = Parallel, 2:1 Belt Reduction, Keyed Motor Shaft

Smooth Motor Shaft Options
S10 = Parallel, 1:1 Belt Reduction, Non-Keyed Motor Shaft
S20 = Parallel, 2:1 Belt Reduction, Non-Keyed Motor Shaft

GGG = Bestimmungen für die Motormontage

K60 Motor Mount Codes

BOLT CIRCLE DIAMETER (MM) PILOT DIAMETER (MM) SHAFT DIAMETER (MM) SHAFT LENGTH (MM) KEY WIDTH (MM) MOTOR MOUNT CODE
63 45 14 38 5 GEB
63 50a 12 36 4 GEA
68 60 12 30 4 GFB
68 60 16 48 5 GFA
70 50 14 30 5 JGA
70 50 16 30 5 GGB
70 50 16 37 5 GGA
75 60 14 30 5 IHB
90 60 19 40 6 JKF
90 70 14 30 5 JKD
90 70 16 35 NA JKC
90 70 16 40 5 JKG
90 70 19 40 6 JKA
95 50 14 30 5 ILA
95 65 14 30 5 ILA
100 80 10 32 3 IMD
100 80 14 30 5 IMA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC

 

K75 Motor Mount Codes

BOLT CIRCLE DIAMETER (MM) PILOT DIAMETER (MM) SHAFT DIAMETER (MM) SHAFT LENGTH (MM) KEY WIDTH (MM) MOTOR MOUNT CODE
68 60 16 48 5 GFA
70 50 16 40 5 GGA
75 60 16 48 5 GHA
85 70 22 56 6 GIA
90 60 19 40 6 JKF
90 70 16 40 5 JKG
90 70 19 40 6 JKA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC
100 80 19 55 6 JMD
100 80 22 48 6 GMA
115 95 19 40 6 INA
115 95 19 55 6 JNC
115 95 22 45 8 JND
115 95 22 70 NA JNB
115 95 24 45 8 JNA
115 95 24 50 8 INB
130 95 19 40 6 IPC
130 95 24 50 8 IPD
130 110 19 40 6 IPA
130 110 24 50 8 IPB
145 110 19 40 6 JQJ
145 110 19 55 5 JQG
145 110 19 55 6 JQK
145 110 22 55 8 JQH
145 110 22 55 6 JQF
145 110 22 70 8 JQE

 

K90 Motor Mount Codes

BOLT CIRCLE DIAMETER (MM) PILOT DIAMETER (MM) SHAFT DIAMETER (MM) SHAFT LENGTH (MM) KEY WIDTH (MM) MOTOR MOUNT CODE
70 50 16 40 5 GGA
75 60 16 48 5 GHA
85 70 22 56 6 GIA
90 60 19 40 6 JKF
90 70 16 40 5 JKG
90 70 19 40 6 JKA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC
100 80 19 55 6 JMD
100 80 20 40 6 GMB
100 80 22 48 6 GMA
115 95 19 40 6 INA
115 95 19 55 6 JNC
115 95 22 45 8 JND
115 95 22 70 NA JNB
115 95 24 45 8 JNA
115 95 24 50 8 INB
130 95 19 40 6 IPC
130 95 24 50 8 IPD
130 110 19 40 6 IPA
130 110 24 50 8 IPB
145 110 19 40 6 JQJ
145 110 19 55 5 JQG
145 110 19 55 6 JQK
145 110 22 55 8 JQH
145 110 22 55 6 JQF
145 110 22 70 8 JQE
145 110 24 55 8 JQD
MM = Mechanische Optionen

L1 = One N.O., PNP
L2 = Two N.C., PNP
L3 = One N.O. PNP & two N.C., PNP
L4 = One N.O., NPN
L5 = Two N.C., NPN
L6 = One N.O., NPN & two N.C., NPN

For extended temperature operation consult factory for model number.

K75
Leistungsbeschreibungen
 Printable View

K75 Mechanical Specifications

MODELS   KX | KM - LEGACY PRODUCT
Screw Lead in 0.1969 0.3937 | 0.1969 0.3937
  mm 5 10 | 5 10
Maximum Force^2 lbf 2500 1250 | 2500 1250
  kN 11.1 5.6 | 11.1 5.6
Life at Maximum Force in x 10^6 2.4 22.6 | 0.6 5.6
  km 60.7 573.3 | 15.2 143.5
C_a (Dynamic Load Rating) lbf 5746 4820 | 3620 3036
  kN 25.6 21.4 | 16.1 13.5
Maximum Input Torque^1 lbf-in 98 98 | 98 98
  Nm 11 11 | 11 11
Max Rated RPM @ Input Shaft RPM 4000 4000 | 4000 4000
Maximum Linear Speed @ 
Maximum Rated RPM
in/sec 13.1 26.2 | 13.1 26.2
  mm/sec 333 666 | 333 666

1 - Input torque should be limited such that Max Force is not exceeded. For a parallel belt ratio, the input torque ratings must be divided by the belt ratio for allowable motor torque. The output force ratings remain the same.
2 - Maximum allowable actuator–generated force that can be applied routinely. Exceeding this force may result in permanent damage to the actuator. For maximum allowable externally-applied axial forces, consult factory. For high force, short stroke applications, consult factory.

 

K75 Inertias

  KG-M^-2 (LBF-IN-SEC^-2) KG-M^-2 (LBF-IN-SEC^-2)
  5 mm Lead Add per 25 mm, 5 mm Lead
Base Unit - Input Drive Shaft Only 9.26 x 10^-5 (8.20 x 10^-4) 3.13 x 10^-6 (2.77 x 10^-5)
Inline Unit - w/Motor Coupling 1.25 x 10^-4 (1.11 x 10^-3) 3.13 x 10^-6 (2.77 x 10^-5)
  10 mm Lead Add per 25 mm, 10 mm Lead
Base Unit - Input Drive Shaft Only 9.48 x 10^-5 (8.39 x 10^-4) 3.32 x 10^-6 (2.94 x 10^-5)
Inline Unit - w/Motor Coupling 1.44 x 10^-4 (1.28 x 10^-3) 3.32 x 10^-6 (2.94 x 10^-5)
Parallel Drive Inertias (P10 Option)
  5 mm Lead Add per 25 mm, 5 mm Lead
1:1 Reduction Parallel Belt Drive (86 mm) 2.29 x 10^-4 (2.03 x 10^-3) 3.13 x 10^-6 (2.77 x 10^-5)
1:1 Reduction Parallel Belt Drive (96 mm) 3.19 x 10^-4 (2.82 x 10^-3) 3.13 x 10^-6 (2.77 x 10^-5)
1:1 Reduction Parallel Belt Drive (130 mm) 5.96 x 10^-4 (5.28 x 10^-3) 3.13 x 10^-6 (2.77 x 10^-5)
2:1 Reduction Parallel Belt Drive (130 mm) 2.82 x 10^-4 (2.50 x 10^-3) 7.83 x 10^-7 (6.93 x 10^-6)
  10 mm Lead Add per 25 mm, 10 mm Lead
1:1 Reduction Parallel Belt Drive (86 mm) 2.31 x 10^-4 (2.05 x 10^-3) 3.32 x 10^-6 (2.94 x 10^-5)
1:1 Reduction Parallel Belt Drive (96 mm) 3.21 x 10^-4 (2.84 x 10^-3) 3.32 x 10^-6 (2.94 x 10^-5)
1:1 Reduction Parallel Belt Drive (130 mm) 5.98 x 10^-4 (5.30 x 10^-3) 3.32 x 10^-6 (2.94 x 10^-5)
2:1 Reduction Parallel Belt Drive (130 mm) 2.83 x 10^-4 (2.51 x 10^-3) 8.30 x 10^-7 (7.36 x 10^-6)
Parallel Drive Inertias (Smooth Motor Shaft Option)
  5 mm Lead Add per 25 mm, 5 mm Lead
1:1 Reduction Parallel Belt Drive (86 mm) 2.84 x 10^-4 (2.51 x 10^-3) 3.13 x 10^-6 (2.77 x 10^-5)
1:1 Reduction Parallel Belt Drive (96 mm) 4.25 x 10^-4 (3.76 x 10^-3) 3.13 x 10^-6 (2.77 x 10^-5)
1:1 Reduction Parallel Belt Drive (130 mm) 7.33 x 10^-4 (6.48 x 10^-3) 3.13 x 10^-6 (2.77 x 10^-5)
2:1 Reduction Parallel Belt Drive (130 mm) 3.32 x 10^-4 (2.94 x 10^-3) 7.83 x 10^-7 (6.93 x 10^-6)
  10 mm Lead Add per 25 mm, 10 mm Lead
1:1 Reduction Parallel Belt Drive (86 mm) 2.86 x 10^-4 (2.53 x 10^-3) 3.32 x 10^-6 (2.94 x 10^-5)
1:1 Reduction Parallel Belt Drive (96 mm) 4.27 x 10^-4 (3.78 x 10^-3) 3.32 x 10^-6 (2.94 x 10^-5)
1:1 Reduction Parallel Belt Drive (130 mm) 7.35 x 10^-4 (6.50 x 10^-3) 3.32 x 10^-6 (2.94 x 10^-5)
2:1 Reduction Parallel Belt Drive (130 mm) 3.33 x 10^-4 (2.94 x 10^-3) 8.30 x 10^-7 (7.35 x 10^-6)

 

K75 Weights

  LB KG
Base Actuator Weight (Zero Stroke) 6.75 3.06
Actuator Weight Adder (Per mm of Stroke) 0.0235 0.0107
Adder for Inline (excluding motor) 2.46 1.12
Adder for Parallel Drive (excluding motor) 4.06 1.84
Adder for Front Flange 1.91 0.87
Adder for Rear Flange 2.49 1.13
Adder for Rear Clevis 1.85 0.84
Adder for Rear Eye 1.85 0.84
Adder for Front/Rear Angle Mounts 1.37 0.62
Adder for Two Trunnions 1.56 0.71
Adder for Two Foot Mounts 2.47 1.12
Datenkurven
 Printable View

K75 Critical Speed

 

Actuator Rated Speed (speed at which we have tested and rated the actuator)
* With longer stroke length actuators, the rated speed of the actuator is determined by the critical speed

 


K75 Maximum Radial

 


K75 Rated Force

 

 

Geschätzte Lebensdauerkurven
Bestellhinweise
 Printable View

Um ein Produkt von Exlar zu bestellen, ist eine eindeutige Modellmaske (Identifikationsnummer) erforderlich. Die Modellmaske ist eine Zeichenfolge, die das Modell, die Größe und die Konfigurationsalternativen angibt.

 

 

Richtlinien zur Produktauswahl

Um Ihnen den Bestellvorgang zu erleichtern, können Sie dieses Exlar Application Worksheet ausdrucken und ausfüllen, bevor Sie sich an einen Vertriebsmitarbeiter in Ihrer Nähe wenden.

Betätiger-Serie

KX = High Capacity Roller Screw

AA = Aktuator-Rahmengröße

60 = 60 mm (2.375 inches)
75 = 75 mm (2.95 inches)
90 = 90 mm (3.54 inches)

BBBB = Hublänge (mm)

0150 = 150 mm
0300 = 300 mm
0600 = 600 mm
0900 = 900 mm

CC = Spindelführung

Linear motion per screw revolution

05 = 5 mm (0.2 inch)
10 = 10 mm (0.4 inch)

D = Montagemöglichkeiten

N = None, Base Unit

E = Gelenkkopfoptionen

M = Male US standard thread
A = Male metric
F = Female US standard thread
B = Female Metric thread

FFF = Input Drive Rückstellungen

NMT = Drive Shaft Only, No Motor Mount
ISC = Inline, includes shaft coupling

Keyed Motor Shaft Options
P10 = Parallel, 1:1 Belt Reduction, Keyed Motor Shaft
P20 = Parallel, 2:1 Belt Reduction, Keyed Motor Shaft

Smooth Motor Shaft Options
S10 = Parallel, 1:1 Belt Reduction, Non-Keyed Motor Shaft
S20 = Parallel, 2:1 Belt Reduction, Non-Keyed Motor Shaft

GGG = Bestimmungen für die Motormontage

K60 Motor Mount Codes

BOLT CIRCLE DIAMETER (MM) PILOT DIAMETER (MM) SHAFT DIAMETER (MM) SHAFT LENGTH (MM) KEY WIDTH (MM) MOTOR MOUNT CODE
63 45 14 38 5 GEB
63 50a 12 36 4 GEA
68 60 12 30 4 GFB
68 60 16 48 5 GFA
70 50 14 30 5 JGA
70 50 16 30 5 GGB
70 50 16 37 5 GGA
75 60 14 30 5 IHB
90 60 19 40 6 JKF
90 70 14 30 5 JKD
90 70 16 35 NA JKC
90 70 16 40 5 JKG
90 70 19 40 6 JKA
95 50 14 30 5 ILA
95 65 14 30 5 ILA
100 80 10 32 3 IMD
100 80 14 30 5 IMA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC

 

K75 Motor Mount Codes

BOLT CIRCLE DIAMETER (MM) PILOT DIAMETER (MM) SHAFT DIAMETER (MM) SHAFT LENGTH (MM) KEY WIDTH (MM) MOTOR MOUNT CODE
68 60 16 48 5 GFA
70 50 16 40 5 GGA
75 60 16 48 5 GHA
85 70 22 56 6 GIA
90 60 19 40 6 JKF
90 70 16 40 5 JKG
90 70 19 40 6 JKA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC
100 80 19 55 6 JMD
100 80 22 48 6 GMA
115 95 19 40 6 INA
115 95 19 55 6 JNC
115 95 22 45 8 JND
115 95 22 70 NA JNB
115 95 24 45 8 JNA
115 95 24 50 8 INB
130 95 19 40 6 IPC
130 95 24 50 8 IPD
130 110 19 40 6 IPA
130 110 24 50 8 IPB
145 110 19 40 6 JQJ
145 110 19 55 5 JQG
145 110 19 55 6 JQK
145 110 22 55 8 JQH
145 110 22 55 6 JQF
145 110 22 70 8 JQE

 

K90 Motor Mount Codes

BOLT CIRCLE DIAMETER (MM) PILOT DIAMETER (MM) SHAFT DIAMETER (MM) SHAFT LENGTH (MM) KEY WIDTH (MM) MOTOR MOUNT CODE
70 50 16 40 5 GGA
75 60 16 48 5 GHA
85 70 22 56 6 GIA
90 60 19 40 6 JKF
90 70 16 40 5 JKG
90 70 19 40 6 JKA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC
100 80 19 55 6 JMD
100 80 20 40 6 GMB
100 80 22 48 6 GMA
115 95 19 40 6 INA
115 95 19 55 6 JNC
115 95 22 45 8 JND
115 95 22 70 NA JNB
115 95 24 45 8 JNA
115 95 24 50 8 INB
130 95 19 40 6 IPC
130 95 24 50 8 IPD
130 110 19 40 6 IPA
130 110 24 50 8 IPB
145 110 19 40 6 JQJ
145 110 19 55 5 JQG
145 110 19 55 6 JQK
145 110 22 55 8 JQH
145 110 22 55 6 JQF
145 110 22 70 8 JQE
145 110 24 55 8 JQD
MM = Mechanische Optionen

L1 = One N.O., PNP
L2 = Two N.C., PNP
L3 = One N.O. PNP & two N.C., PNP
L4 = One N.O., NPN
L5 = Two N.C., NPN
L6 = One N.O., NPN & two N.C., NPN

For extended temperature operation consult factory for model number.

K90
Leistungsbeschreibungen
 Printable View

K90 Mechanical Specifications

MODELS   KX | KM - LEGACY PRODUCT
Screw Lead in 0.1969 0.3937 | 0.1969 0.3937
  mm 5 10 | 5 10
Maximum Force^2 lbf 3500 1750 | 3500 1750
  kN 15.6 7.8 | 15.6 7.8
Life at Maximum Force in x 10^6 7.1 90.4 | 1.8 22.6
  km 179.6 2295 | 44.9 573.8
C_a (Dynamic Load Rating) lbf 11548 10715 | 7275 6750
  kN 51.4 47.7 | 32.4 30
Maximum Input Torque^1 lbf-in 137 137 | 137 137
  Nm 16 16 | 16 16
Max Rated RPM @ Input Shaft RPM 3000 3000 | 3000 3000
Maximum Linear Speed @ 
Maximum Rated RPM
in/sec 9.8 19.7 | 9.8 19.7
  mm/sec 250 500 | 250 500

1 - Input torque should be limited such that Max Force is not exceeded. For a parallel belt ratio, the input torque ratings must be divided by the belt ratio for allowable motor torque. The output force ratings remain the same.
2 - Maximum allowable actuator–generated force that can be applied routinely. Exceeding this force may result in permanent damage to the actuator. For maximum allowable externally-applied axial forces, consult factory. For high force, short stroke applications, consult factory.

 

K90 Inertias

  KG-M^-2 (LBF-IN-SEC^-2) KG-M^-2 (LBF-IN-SEC^-2)
  5 mm Lead Add per 25 mm, 5 mm Lead
Base Unit - Input Drive Shaft Only 2.97 x 10^-4 (2.63 x 10^-3) 1.11 x 10^-5 (9.80 x 10^-5)
Inline Unit - w/Motor Coupling 3.84 x 10^-4 (3.40 x 10^-3) 1.11 x 10^-5 (9.80 x 10^-5)
  10 mm Lead Add per 25 mm, 10 mm Lead
Base Unit - Input Drive Shaft Only 3.00 x 10^-4 (2.66 x 10^-3) 1.13 x 10^-5 (1.00 x 10^-4)
Inline Unit - w/Motor Coupling 3.87 x 10^-4 (3.43 x 10^-3) 1.13 x 10^-5 (1.00 x 10^-4)
Parallel Drive Inertias (P10 Option)
  5 mm Lead Add per 25 mm, 5 mm Lead
1:1 Reduction Parallel Belt Drive (96 mm) 5.12 x 10^-4 (4.53 x 10^-3) 1.11 x 10^-5 (9.80 x 10^-5)
1:1 Reduction Parallel Belt Drive (130 mm) 7.98 x 10^-4 (7.07 x 10^-3) 1.11 x 10^-5 (9.80 x 10^-5)
2:1 Reduction Parallel Belt Drive (130 mm) 3.41 x 10^-4 (3.02 x 10^-3) 2.77 x 10^-6 (2.45 x 10^-5)
  10 mm Lead Add per 25 mm, 10 mm Lead
1:1 Reduction Parallel Belt Drive (96 mm) 5.15 x 10^-4 (4.56 x 10^-3) 1.13 x 10^-5 (1.00 x 10^-4)
1:1 Reduction Parallel Belt Drive (130 mm) 8.02 x 10^-4 (7.10 x 10^-3) 1.13 x 10^-5 (1.00 x 10^-4)
2:1 Reduction Parallel Belt Drive (130 mm) 3.42 x 10^-4 (3.03 x 10^-3) 2.82 x 10^-6 (2.50 x 10^-5)
Parallel Drive Inertias (Smooth Motor Shaft Option)
  5 mm Lead Add per 25 mm, 5 mm Lead
1:1 Reduction Parallel Belt Drive (96 mm) 6.18 x 10^-4 (5.47 x 10^-3) 1.11 x 10^-5 (9.80 x 10^-5)
1:1 Reduction Parallel Belt Drive (130 mm) 9.35 x 10^-4 (8.27 x 10^-3) 1.11 x 10^-5 (9.80 x 10^-5)
2:1 Reduction Parallel Belt Drive (130 mm) 3.91 x 10^-4 (3.46 x 10^-3) 2.77 x 10^-6 (2.45 x 10^-5)
  10 mm Lead Add per 25 mm, 10 mm Lead
1:1 Reduction Parallel Belt Drive (96 mm) 6.21 x 10^-4 (5.50 x 10^-3) 1.13 x 10^-5 (1.00 x 10^-4)
1:1 Reduction Parallel Belt Drive (130 mm) 9.38 x 10^-4 (8.30 x 10^-3) 1.13 x 10^-5 (1.00 x 10^-4)
2:1 Reduction Parallel Belt Drive (130 mm) 3.92 x 10^-4 (3.47 x 10^-3) 2.82 x 10^-6 (2.50 x 10^-5)

 

K90 Weights

  LB KG
Base Actuator Weight (Zero Stroke) 11.96 5.42
Actuator Weight Adder (Per mm of Stroke) 0.0366 0.016
Adder for Inline (excluding motor) 3.35 1.51
Adder for Parallel Drive (excluding motor) 5.8 2.62
Adder for Front Flange 3.4 1.54
Adder for Rear Flange 6.31 2.86
Adder for Rear Clevis 3.21 1.45
Adder for Rear Eye 2.49 1.13
Adder for Front/Rear Angle Mounts 1.97 0.9
Adder for Two Trunnions 1.768 0.8
Adder for Two Foot Mounts 3.78 1.71
Datenkurven
 Printable View

 

K90 Critical Speed

 

 

 

Actuator Rated Speed (speed at which we have tested and rated the actuator)
* With longer stroke length actuators, the rated speed of the actuator is determined by the critical speed

 


K90 Maxium Radial


K90 Rated Force

 

 

Geschätzte Lebensdauerkurven
Bestellhinweise
 Printable View

Um ein Produkt von Exlar zu bestellen, ist eine eindeutige Modellmaske (Identifikationsnummer) erforderlich. Die Modellmaske ist eine Zeichenfolge, die das Modell, die Größe und die Konfigurationsalternativen angibt.

 

 

Richtlinien zur Produktauswahl

Um Ihnen den Bestellvorgang zu erleichtern, können Sie dieses Exlar Application Worksheet ausdrucken und ausfüllen, bevor Sie sich an einen Vertriebsmitarbeiter in Ihrer Nähe wenden.

Betätiger-Serie

KX = High Capacity Roller Screw

AA = Antriebsrahmengröße

60 = 60 mm (2.375 inches)
75 = 75 mm (2.95 inches)
90 = 90 mm (3.54 inches)

BBBB = Hublänge (mm)

0150 = 150 mm
0300 = 300 mm
0600 = 600 mm
0900 = 900 mm

CC = Spindelführung

Linear motion per screw revolution

05 = 5 mm (0.2 inch)
10 = 10 mm (0.4 inch)

D = Montagemöglichkeiten

N = None, Base Unit

E = Gelenkkopfoptionen

M = Male US standard thread
A = Male metric
F = Female US standard thread
B = Female Metric thread

FFF = Input Drive Rückstellungen

NMT = Drive Shaft Only, No Motor Mount
ISC = Inline, includes shaft coupling

Keyed Motor Shaft Options
P10 = Parallel, 1:1 Belt Reduction, Keyed Motor Shaft
P20 = Parallel, 2:1 Belt Reduction, Keyed Motor Shaft

Smooth Motor Shaft Options
S10 = Parallel, 1:1 Belt Reduction, Non-Keyed Motor Shaft
S20 = Parallel, 2:1 Belt Reduction, Non-Keyed Motor Shaft

GGG = Bestimmungen für die Motormontage

K60 Motor Mount Codes

Bolt Circle Diameter (mm) Pilot Diameter (mm) Shaft Diameter (mm) Shaft Length (mm) Key Width (mm) Motor Mount Code
63 45 14 38 5 GEB
63 50a 12 36 4 GEA
68 60 12 30 4 GFB
68 60 16 48 5 GFA
70 50 14 30 5 JGA
70 50 16 30 5 GGB
70 50 16 37 5 GGA
75 60 14 30 5 IHB
90 60 19 40 6 JKF
90 70 14 30 5 JKD
90 70 16 35 NA JKC
90 70 16 40 5 JKG
90 70 19 40 6 JKA
95 50 14 30 5 ILA
95 65 14 30 5 ILA
100 80 10 32 3 IMD
100 80 14 30 5 IMA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC

 

K75 Motor Mount Codes

Bolt Circle Diameter (mm) Pilot Diameter (mm) Shaft Diameter (mm) Shaft Length (mm) Key Width (mm) Motor Mount Code
68 60 16 48 5 GFA
70 50 16 40 5 GGA
75 60 16 48 5 GHA
85 70 22 56 6 GIA
90 60 19 40 6 JKF
90 70 16 40 5 JKG
90 70 19 40 6 JKA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC
100 80 19 55 6 JMD
100 80 22 48 6 GMA
115 95 19 40 6 INA
115 95 19 55 6 JNC
115 95 22 45 8 JND
115 95 22 70 NA JNB
115 95 24 45 8 JNA
115 95 24 50 8 INB
130 95 19 40 6 IPC
130 95 24 50 8 IPD
130 110 19 40 6 IPA
130 110 24 50 8 IPB
145 110 19 40 6 JQJ
145 110 19 55 5 JQG
145 110 19 55 6 JQK
145 110 22 55 8 JQH
145 110 22 55 6 JQF
145 110 22 70 8 JQE

 

K90 Motor Mount Codes

Bolt Circle Diameter (mm) Pilot Diameter (mm) Shaft Diameter (mm) Shaft Length (mm) Key Width (mm) Motor Mount Code
70 50 16 40 5 GGA
75 60 16 48 5 GHA
85 70 22 56 6 GIA
90 60 19 40 6 JKF
90 70 16 40 5 JKG
90 70 19 40 6 JKA
100 80 14 40 5 JMC
100 80 16 40 5 IMB
100 80 19 40 6 IMC
100 80 19 55 6 JMD
100 80 20 40 6 GMB
100 80 22 48 6 GMA
115 95 19 40 6 INA
115 95 19 55 6 JNC
115 95 22 45 8 JND
115 95 22 70 NA JNB
115 95 24 45 8 JNA
115 95 24 50 8 INB
130 95 19 40 6 IPC
130 95 24 50 8 IPD
130 110 19 40 6 IPA
130 110 24 50 8 IPB
145 110 19 40 6 JQJ
145 110 19 55 5 JQG
145 110 19 55 6 JQK
145 110 22 55 8 JQH
145 110 22 55 6 JQF
145 110 22 70 8 JQE
145 110 24 55 8 JQD
MM = Mechanische Optionen

L1 = One N.O., PNP
L2 = Two N.C., PNP
L3 = One N.O. PNP & two N.C., PNP
L4 = One N.O., NPN
L5 = Two N.C., NPN
L6 = One N.O., NPN & two N.C., NPN

For extended temperature operation consult factory for model number.

Login

Please log in or register to see the models and drawings.

Register

If you do not have a login, please proceed to the registration page

Register

If you currently have an Exlar website account and would like to delete it, please contact

CHA_Info@curtiss-wright.com

Privacy Notice

By giving us your contact information, you are giving consent to Curtiss-Wright / Exlar Automation to store your data and follow-up with you via email or phone.

At Curtiss-Wright, we promise to treat your data with respect and only share it with our representatives and distributors for the purpose outlined on the form. You can remove your request or information at any time by reaching out to our team at cha_info@curtisswright.com.

For further information on how we protect your information, please refer to our Privacy Notice.


Stay up to date

Get the latest Exlar product updates delivered directly to your inbox

You can change your mind at any time by clicking the unsubscribe link in the footer of any email you receive from us, or by contacting us at cha_info@curtisswright.com



 Security code
 How we use this information