FESTO P2 Guide Unit Eagf Instruction Manual

: June 25, 2024
: FESTO

Table of Contents

FESTO P2 Guide Unit Eagf
Product Information
Product Usage Instructions
Characteristics
Type code
Datasheet
Dimensions
Ordering Data
Accessories
Read User Manual Online (PDF format)
Download This Manual (PDF format)

FESTO P2 Guide Unit Eagf

FESTO-P2-Guide-Unit-Eagf-Product

Product Information

Specifications:

Product: Guide unit EAGF
Segmentation: Guide unit, for electric cylinder
Series: EAGF
Size Options: 16mm, 25mm, 32mm, 40mm, 45mm, 50mm, 60mm, 63mm, 80mm, 100mm
Stroke Options: 50mm, 100mm, 150mm, 200mm, 300mm, 320mm, 400mm

Product Usage Instructions

Installation:

Ensure the guide unit is compatible with your electric cylinder.
Select the appropriate size based on your application requirements.
Mount the guide unit securely in the desired position.

Maintenance:
Regularly inspect the guide unit for any signs of wear or damage. Clean and lubricate the guide components as needed to ensure smooth operation.

Load Capacity:
Refer to the characteristic load values provided in the datasheet to ensure the guide unit can handle the required forces and torques in your application.

FAQ:

What materials are used in the construction of the Guide unit EAGF?
The Guide unit EAGF is constructed with wrought aluminum alloy for the yoke plate and housing, tempered steel for the guide component, and is RoHS- compliant.
How can I calculate the load comparison factor for the Guide unit EAGF?
To calculate the load comparison factor, follow the equation provided in the manual when subjecting the guide unit to multiple forces and torques simultaneously.

Characteristics

At a glance

The guide unit EAGF provides anti-twist protection for electric cylinders in the case of high-torque loads
It offers a high level of guide precision for workpiece handling and other applications
The interface enables simple and fast mounting on many Festo drives/axes

Product segmentation

Festo Core Range
Solves the majority of your automation tasks With the Festo Core Range, we have selected the most important products and functions from our broad product catalog and added the quickest delivery. the Core Range offers you the best value with the expected high Festo quality.

Quickest delivery, worldwide – wherever, whenever
Expected high Festo quality
Easy and fast to select

Diagrams

Further information → eagf

Allocation

Allocation| | | |
---|---|---|---|---
[P2]| Version P2 (EPCC)| | [V2]| Version V2 (ESBF)
|

Type code

001	Series
EAGF	Guide unit, for electric cylinder
002	Allocation
---	---
P2	Version P2 (EPCC)
V2	Version V2 (ESBF)
003	Guide
---	---
KF	Recirculating ball bearing guide
004	Size [mm]
---	---
16	16
25	25
32	32
40	40
45	45
50	50
60	60
63	63
80	80
100	100
005	Stroke [mm]
---	---
50	50
100	100
150	150
200	200
300	300
320	320
400	400

Datasheet

Guide unit EAGF, for electric cylinder EPCC

General technical data for EAGF-P2-KF with EPCC

Size	32	45	60
Stroke	1 … 200 mm	1 … 300 mm	1 … 500 mm
Design	Guidance
Guide	Recirculating ball bearing guide
Displacement force	1.6 N	2 N	3 N
Max. speed	1 m/s
Max. acceleration	25 m/s2
Reversing backlash theoretical	0 µm
Type of mounting	Via female thread
Mounting position	optional

Operating and environmental conditions for EAGF-P2-KF with EPCC

Size	32	45	60
Ambient temperature	0 … 60°C
Degree of protection	IP40

Corrosion resistance class

CRC 1)

| 0 – No corrosion stress

More information: www.festo.com/x/topic/crc.

Weights for EAGF-P2-KF with EPCC

Size	32	45	60
Basic weight for 0 mm stroke	613 g	1,037 g	1,614 g

Additional weight per 10 mm

stroke

| 7.9 g| 12.3 g| 17.8 g
Moving mass for 0 mm stroke| 170 g| 342 g| 583 g
Additional moving mass per

10 mm stroke

| 7.9 g| 12.3 g| 17.8 g

Centre of gravity of the moving mass for EAGF-P2-KF with EPCC

Size	32	45	60

Centre of gravity at 0 mm

stroke

| 26 mm| 25 mm| 31 mm
Centre of gravity addition of

moving mass per 10 mm

| 4.3 mm

Materials for EAGF-P2-KF with EPCC

Material yoke plate	Wrought aluminum alloy, Anodised
Material housing	Wrought aluminum alloy, Anodised
Material guide component	Tempered steel, Hard-chrome-plated
Note on materials	RoHS-compliant
LABS (PWIS) conformity	VDMA24364 zone III

Characteristic load values for EAGF-P2-KF with EPCC

The indicated forces and torques refer to the guide center.
Calculation example: see separate document $FESTO-P2-Guide-Unit-Eagf-Fig- $5$$

Characteristic load values for EAGF-P2-KF with EPCC, static
The indicated forces and moments refer to the guide centre.

Size	32	45	60
Max. force Fy static	355 N	415 N	510 N
Max. force Fz static	355 N	415 N	510 N
Max. torque Mx static	13 Nm	19 Nm	27 Nm
Max. torque My static	9 Nm	12 Nm	20 Nm
Max. torque Mz static	9 Nm	12 Nm	20 Nm

Characteristic load values for EAGF-P2-KF with EPCC; dynamic at a service life of 5000 km
The indicated forces and moments refer to the guide center.

Size	32	45	60
Max. force Fy	160 N	320 N	380 N
Max. force Fz	160 N	320 N	380 N
Max. moment Mx	6 Nm	15 Nm	20 Nm
Max. moment My	4 Nm	10 Nm	15 Nm
Max. moment Mz	4 Nm	10 Nm	15 Nm

Distance X

Size: 32/45/60
Distance X: 54 mm/63 mm/76 mm

$FESTO-P2-Guide-Unit-Eagf-Fig- $6$$

Calculating the load comparison factor for EAGF-P2-KF with EPCC
If the guide unit is subjected to two or more of the indicated forces and torques at the same time, the following equation must be satisfied in addition to the indicated maximum loads.

F1 / M1 = dynamic value
F2 / M2 = maximum value

Calculation of the service life for EAGF-P2-KF with EPCC

The service life of the guide depends on the load. To be able to make an approximate statement about the service life of the guide, the graph below shows the load comparison factor fv in relation to the service life ratio q.
These values are only theoretical. You must consult your local contact person at Festo for load comparison factors fv greater than 1.5.
Example: The effect on the service life, deviating from the specified reference service life, can be determined using the service life ratio q:
Assuming: Reference service life = 5000 km
Required service life = 3000 km
q = 3000 km/5000 km = 0.6
The graph gives a load comparison factor fv of 1.2. This means that the permissible total load can be utilized up to 120%.
fv > 1.5 are only theoretical comparison values. $FESTO-P2-Guide-Unit-Eagf-Fig- $8$$

Max. payload F and torque M as a function of projection A for EAGF-P2-KF with EPCC

A = projection
X = distance to center of gravity of the payload
S = center of gravity of the payload
M = torque $FESTO-P2-Guide-Unit-Eagf-Fig- $9$$

Explanation of how to read the graphs in the case of a combined load

Determine projection (50 mm)
Enter transverse force (50 N)
Enter the distance from the curve
Permitted torque is the difference between M2 and M1 $FESTO-P2-Guide-Unit-Eagf-Fig- $10$$

Payload F and torque M as a function of projection A for EAGF-P2-KF-32 with EPCC

$FESTO-P2-Guide-Unit-Eagf-Fig- $11$$

Payload F and torque M as a function of projection A for EAGF-P2-KF-45 with EPCC

$FESTO-P2-Guide-Unit-Eagf-Fig- $12$$

Payload F and torque M as a function of projection A for EAGF-P2-KF-60 with EPCC

$FESTO-P2-Guide-Unit-Eagf-Fig- $13$$

Deflection f (due to own weight) as a function of projection A for EAGF-P2-KF with EPCC

$FESTO-P2-Guide-Unit-Eagf-Fig- $15$$

Deflection f (due to transverse force) as a function of projection A for EAGF-P2-KF with EPCC

The max. permissible transverse force must not be exceeded.

f1 = (F1 / F2) * f2
F2 = 10 N
A = projection of guide rod
f1 = deflection due to transverse force
F1 = transverse force
F2 = standardised transverse force
f2 = deflection due to standardised transverse force (value from graph)

Deflection f (due to transverse force) as a function of projection A for EAGF-P2-KF with EPCC

$FESTO-P2-Guide-Unit-Eagf-Fig- $17$$

Incline a (due to torque) as a function of projection A for EAGF-P2-KF with EPCC

a1 = (M1 / M2) * a2
M2 = 2 Nm
(valid for a ≤ 10°)
A = projection of guide rod
a1 = incline due to torque
M1 = torque
M2 = standardized torque
a2 = deflection due to standardized transverse force (value from graph)

Incline a (due to torque) as a function of projection A for EAGF-P2-KF with EPCC

$FESTO-P2-Guide-Unit-Eagf-Fig- $19$$

Option to combine EAGF-P2 with EAGF-P2 by direct mounting

Base axis EAGF-P2-KF-45 with assembly axis EAGF-P2-KF-32
Base axis EAGF-P2-KF-60 with assembly axis EAGF-P2-KF-45 $FESTO-P2-Guide-Unit-Eagf-Fig- $20$$

Option to combine EAGF-P2 with EGSC/EGSS using an adapter kit

Base axis EAGF-P2-KF-32 with assembly axis EGSC/EGSS-25
Base axis EAGF-P2-KF-45 with assembly axis EGSC/EGSS-32
Base axis EAGF-P2-KF-60 with assembly axis EGSC/EGSS-45 $FESTO-P2-Guide-Unit-Eagf-Fig- $21$$

Option to combine ELGC/ELGS with EAGF-P2 by direct mounting

Base axis ELGC/ELGS-45 with assembly axis EAGF-P2-KF-32
Base axis ELGC/ELGS-60 with assembly axis EAGF-P2-KF-45
Base axis ELGC/ELGS-80 with assembly axis EAGF-P2-KF-60

Option to combine EAGF-P2 with ERMO/ERMS by direct mounting

Base axis EAGF-P2-KF-32 with assembly axis ERMO/ERMS-12
Base axis EAGF-P2-KF-45 with assembly axis ERMO/ERMS-16
Base axis EAGF-P2-KF-60 with assembly axis ERMO/ERMS-25 $FESTO-P2-Guide-Unit-Eagf-Fig- $23$$

Guide unit EAGF, for electric cylinder ESBF

General technical data for EAGF-V2-KF with ESBF

Size	32	40
Stroke	1 … 500 mm	1 … 550 mm
Design	Guidance
Guide	Recirculating ball bearing guide
Displacement force	15 N	40 N
Reversing backlash theoretical	0 µm
Type of mounting	Via female thread
Mounting position	optional

Operating and environmental conditions for EAGF-V2-KF with ESBF

Operating and environmental conditions for EAGF-V2-KF with ESBF

Size| 32| 40| 50| 63| 80| 100
Ambient temperature| -20 … 80°C
Corrosion resistance class

CRC 1)

| 0 – No corrosion stress

More information: www.festo.com/x/topic/crc.

Weights for EAGF-V2-KF with ESBF

Weights for EAGF-V2-KF with ESBF

Size| 32| 40| 50| 63| 80| 100
Basic weight for 0 mm stroke| 1,685 g| 2,517 g| 4,059 g| 5,525 g| 10,517 g| 13,263 g
Additional weight per 10 mm

stroke

| 18 g| 32 g| 49 g| 76 g
Moving mass for 0 mm stroke| 724 g| 1,283 g| 2,015 g| 2,560 g| 5,166 g| 6,148 g
Additional moving mass per

10 mm stroke

| 18 g| 32 g| 49 g| 76 g

Centre of gravity of the moving mass for EAGF-V2-KF with ESBF

Centre of gravity of the moving mass for EAGF-V2-KF with ESBF

Size| 32| 40| 50| 63| 80| 100
Centre of gravity at 0 mm

stroke

| 30 mm| 38 mm| 46 mm| 48 mm| 54 mm| 47 mm
Centre of gravity addition of

moving mass per 10 mm

| 4.1 mm| 4.2 mm| 4.3 mm| 4.1 mm| 3.8 mm| 3.6 mm

Materials for EAGF-V2-KF with ESBF

Materials for EAGF-V2-KF with ESBF

Characteristic load values for EAGF-V2-KF with ESBF

The indicated forces and torques refer to the guide center.
Calculation example: see separate document

$FESTO-P2-Guide-Unit-Eagf-Fig- $25$$

Characteristic load values for EAGF-V2-KF with ESBF, static
The indicated forces and moments refer to the guide center.

Size	32	40	50	63	80	100
Max. force Fy static	1,020 N	1,260 N	1,600 N	3,120 N
Max. force Fz static	1,020 N	1,260 N	1,600 N	3,120 N
Max. torque Mx static	38 Nm	55 Nm	83 Nm	95 Nm	231 Nm	268 Nm
Max. torque My static	46 Nm	65 Nm	89 Nm	115 Nm	259 Nm	267 Nm
Max. torque Mz static	46 Nm	65 Nm	89 Nm	115 Nm	259 Nm	267 Nm

Characteristic load values for EAGF-V2-KF with ESBF, dynamic at a service life of 5000 km
The indicated forces and moments refer to the guide center.

Size	32	40	50	63	80	100
Max. force Fy	750 N	1,000 N	1,260 N	2,300 N
Max. force Fz	750 N	1,000 N	1,260 N	2,300 N
Max. moment Mx	28 Nm	44 Nm	65 Nm	75 Nm	170 Nm	198 Nm
Max. moment My	34 Nm	52 Nm	70 Nm	90 Nm	191 Nm	197 Nm
Max. moment Mz	34 Nm	52 Nm	70 Nm	90 Nm	191 Nm	197 Nm

Distance X

Size: 32/40/50/63/80/100
Distance X: 83 mm/85 mm/99 mm/117 mm/142 mm/145 mm

$FESTO-P2-Guide-Unit-Eagf-Fig- $26$$

Calculating the load comparison factor for EAGF-V2-KF with ESBF
If the guide unit is subjected to two or more of the indicated forces and torques at the same time, the following equation must be satisfied in addition to the indicated maximum loads.

F1 / M1 = dynamic value
F2 / M2 = maximum value

Calculation of the service life for EAGF-V2-KF with ESBF

The service life of the guide depends on the load. To be able to make an approximate statement about the service life of the guide, the graph below shows the load comparison factor fv with the service life ratio q.
These values are only theoretical. You must consult your local contact person at Festo for load comparison factors fv greater than 1.5.
Example: The effect on the service life, deviating from the specified reference service life, can be determined using the service life ratio q:
Assuming: Reference service life = 5000 km
Required service life = 3000 km
q = 3000 km/5000 km = 0.6
The graph gives a load comparison factor fv of 1.2. This means that the permissible total load can be utilized up to 120%.
fv > 1.5 are only theoretical comparison values.

$FESTO-P2-Guide-Unit-Eagf-Fig- $28$$

Max. payload F and torque M as a function of projection A for EAGF-V2-KF with ESBF

A = projection
X = distance to center of gravity of the payload
S = center of gravity of the payload
M = torque

$FESTO-P2-Guide-Unit-Eagf-Fig- $29$$

Explanation of how to read the graphs in the case of a combined load

Determine projection (50 mm)
Enter transverse force (50 N)
Enter the distance from the curve
Permitted torque is the difference between M2 and M1

$FESTO-P2-Guide-Unit-Eagf-Fig- $30$$

Payload F and torque M as a function of projection A for EAGF-V2-KF-32 with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $31$$

Payload F and torque M as a function of projection A for EAGF-V2-KF-40 with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $32$$

Payload F and torque M as a function of projection A for EAGF-V2-KF-50 with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $33$$

Payload F and torque M as a function of projection A for EAGF-V2-KF-63 with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $34$$

Payload F and torque M as a function of projection A for EAGF-V2-KF-80 with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $35$$

Payload F and torque M as a function of projection A for EAGF-V2-KF-100 with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $36$$

Deflection f (due to own weight) as a function of projection A for EAGF-V2-KF with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $38$$

Deflection f (due to transverse force) as a function of projection A for EAGF-V2-KF with ESBF

The max. permissible transverse force must not be exceeded.
f1 = (F1 / F2) * f2
F2 = 10 N
A = projection of guide rod
f1 = deflection due to transverse force
F1 = transverse force
F2 = standardized transverse force
f2 = deflection due to standardized transverse force (value from graph)

Deflection f (due to transverse force) as a function of projection A for EAGF-V2-KF with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $40$$

Incline a (due to torque) as a function of projection A for EAGF-V2-KF with ESBF

a1 = (M1 / M2) * a2
M2 = 2 Nm
(valid for a ≤ 10°)
A = projection of guide rod
a1 = incline due to torque
M1 = torque
M2 = standardised torque
a2 = deflection due to standardised transverse force (value from graph)

Incline a (due to torque) as a function of projection A for EAGF-V2-KF with ESBF

$FESTO-P2-Guide-Unit-Eagf-Fig- $42$$

Dimensions

Dimensions – Guide units EAGF, for electric cylinders EPCC

Download CAD data a www.festo.com.

$FESTO-P2-Guide-Unit-Eagf-Fig- $43$$ $FESTO-P2-Guide- Unit-Eagf-Fig- $44$$

| B1| B2| B3| B4

±0,1

| B5

±0,05

| B6

±0,1

| B7| B8| B9| B10

±0,05

| D1

⌀

| D2

⌀ H8

---|---|---|---|---|---|---|---|---|---|---|---|---
EAGF-32| 100| 98| 75| 50| 30| 24| 42| 33| 16| 50| 8| 7
EAGF-45| 120| 118| 90| 50| 33| 22,5| 58| 46| 24| 58| 10| 7
EAGF-60| 135| 133| 105| 58| 40| 34| 73| 61| 30| 73| 12| 7
| D3| D4

⌀

| D5

⌀

| D6

⌀ H8

| D7| D8

⌀

| D9

⌀

| D10

⌀ H8

| D11

⌀

| D12

⌀ H8

| D13

⌀

| D14
---|---|---|---|---|---|---|---|---|---|---|---|---
EAGF-32| M5| 8| 4,5| 7| M5| 8| 4,5| 7| 8| 7| 5| M3
EAGF-45| M5| 10| 5,5| 7| M5| 10| 5,5| 7| 10| 7| 5,5| M3
EAGF-60| M5| 11| 6,6| 7| M5| 10| 5,5| 7| 10| 7| 5,5| M4
| H1| H2| H3| H4

±0,1

| H5

±0,05

| H6

±0,05

| H7| H8| L1| L2| L3

±0,05

| L4
---|---|---|---|---|---|---|---|---|---|---|---|---
EAGF-32| 40| 28| 26| 24| 16| 20| 26| 4,1| 102| 75| 50| 54
EAGF-45| 51| 37| 35| 35| 20| 25| 32,5| 5,5| 116| 85| 58| 63
EAGF-60| 60| 39| 37| 42| 25| 25| 40,5| 6,9| 139| 105| 73| 76
| L5| L6| L7

±0,05

| L8

±0,05

| T1

+0,1

| T2| T3

+0,1

| T4| T5| T6

+0,1

| T7| T8

+0,1

| T9
---|---|---|---|---|---|---|---|---|---|---|---|---|---
EAGF-32| 34| 15| 34| 20| 1,6| 8,5| 1,6| 12| 4,4| 1,6| 4,4| 1,6| 7
EAGF-45| 47| 19| 47| 25| 1,6| 12| 1,6| 12| 7| 1,6| 5,7| 1,6| 7
EAGF-60| 63| 22| 73| 25| 1,6| 10| 1,6| 10| 7| 1,6| 5,5| 1,6| 9

Dimensions – Guide units EAGF, for electric cylinders ESBF

Download CAD data a www.festo.com.

$FESTO-P2-Guide-Unit-Eagf-Fig- $45$$

| B1

–0,3

| B2| B3

±0,2

| B4

±0,2

| B5

±0,2

| D1

@

| D2

@

h6

| D3

@

| D4

@

| D5

@

H8

| D6| D7
---|---|---|---|---|---|---|---|---|---|---|---|---
EAGF-32| 50| 45| 32,5| 32,5| 32,5| 44| 12| 11| 6,6| 34| M6| M6
EAGF-40| 58| 54| 38| 38| 38| 48| 16| 11| 6,6| 39| M8| M6
EAGF-50| 70| 63| 46,5| 46,5| 46,5| 60| 20| 15| 9| 45| M8| M8
EAGF-63| 85| 80| 56,5| 56,5| 56,5| 60| 20| 15| 9| 52| M16| M8
EAGF-80| 105| 100| 72| 72| 72| 78| 25| 18| 11| 60| M18| M10
EAGF-100| 130| 120| 89| 89| 89| 78| 25| 18| 11| 70| M18| M10
| D8| H1

–0,5

| H2| H3

±0,2

| H4

±0,2

| H5

±0,2

| H6| H7

±0,2

| KK| L1

±1

| L2
---|---|---|---|---|---|---|---|---|---|---|---
EAGF-32| M6| 97| 90| 78| 32,5| 74| 50,5±0,3| 61| M10x1,25| 154,8| 125
EAGF-40| M6| 115| 110| 84| 38| 87| 58,5±0,3| 69| M12x1,25| 172,8| 140
EAGF-50| M8| 137| 130| 100| 46,5| 104| 70,5±0,3| 85| M16x1,5| 187,8| 150
EAGF-63| M8| 152| 145| 105| 56,5| 119| 85,5±0,3| 100| M16x1,5| 219,8| 182
EAGF-80| M10| 189| 180| 130| 72| 148| 106+1/–0,6| 130| M20x1,5| 257,8| 215
EAGF-100| M10| 213| 200| 150| 89| 172| 131+1/–0,6| 150| M20x1,5| 262,8| 220
| L4| L5| L6| L7| L8

±0,2

| L9

±0,2

| L11| L12| T1| T2| ß1
---|---|---|---|---|---|---|---|---|---|---|---
EAGF-32| 24| 76| 12| 4,3| 32,5| 78| 24| 12| 14| 6,5| 15
EAGF-40| 28| 81| 15| 11| 38| 84| 27| –| 14| 6,5| 15
EAGF-50| 34| 79| 15| 18,8| 46,5| 100| 30| 37| 16| 9| 19
EAGF-63| 34| 111| 15| 15,3| 56,5| 105| 30| –| 16| 9| 19
EAGF-80| 40| 128| 20| 21| 72| –| 39| –| 20| 11| 27
EAGF-100| 40| 128| 20| 24,5| 89| –| 39| –| 20| 11| 27

Dimensions – Screw-in depth of the piston rod for the electric cylinder ESBF

Download CAD data a www.festo.com.

EAGF-…
ESBF-…
The dimensions L3 and L10 are only valid in combination with screw-in depth L13.

| L3| L10| L13

±0,2

---|---|---|---
EAGF-32| 70,2±1| 9,2±1,5| 15
EAGF-40| 79,3±1| 5,3±1,5| 16
EAGF-50| 96,1±0.9| 10,1±1,5| 24
EAGF-63| 96,3±1| 10,3±1,6| 24
EAGF-80| 121,1±1,1| 14,1±1,8| 30
EAGF-100| 126,1±1,1| 14,1±1,8| 30

Ordering Data

Guide units EAGF, for electric cylinder EPCO

| Size| Stroke| Part no.| Type
| 32| 1 … 200 mm| 8158030| EAGF-P2-KF- 32-
50 mm| 8158032| EAGF-P2-KF-32-50
100 mm| 8158029| EAGF-P2-KF-32-100
150 mm| 8158027| EAGF-P2-KF-32-150
200 mm| 8158028| EAGF-P2-KF-32-200
45| 1 … 300 mm| 8158133| EAGF-P2-KF- 45-
50 mm| 8158131| EAGF-P2-KF-45-50
100 mm| 8158123| EAGF-P2-KF-45-100
150 mm| 8158125| EAGF-P2-KF-45-150
200 mm| 8158127| EAGF-P2-KF-45-200
300 mm| 8158130| EAGF-P2-KF-45-300
60| 1 … 500 mm| 8158150| EAGF-P2-KF- 60-
100 mm| 8158138| EAGF-P2-KF-60-100
150 mm| 8158140| EAGF-P2-KF-60-150
200 mm| 8158142| EAGF-P2-KF-60-200
300 mm| 8158031| EAGF-P2-KF-60-300
Guide units EAGF, for electric cylinder ESBF

| Size| Stroke| Part no.| Type
| 32| 1 … 500 mm| 3038083| EAGF-V2-KF-32-
100 mm| 2782679| EAGF-V2-KF-32- 100
200 mm| 2782818| EAGF-V2-KF-32- 200
320 mm| 2782885| EAGF-V2-KF-32- 320
400 mm| 2782923| EAGF-V2-KF-32- 400
40| 1 … 500 mm| 3038089| EAGF-V2-KF-40-
100 mm| 2782939| EAGF-V2-KF-40- 100
200 mm| 2782976| EAGF-V2-KF-40- 200
320 mm| 2783047| EAGF-V2-KF-40- 320
400 mm| 2783080| EAGF-V2-KF-40- 400
50| 1 … 500 mm| 3038094| EAGF-V2-KF-50-
100 mm| 2783639| EAGF-V2-KF-50- 100
200 mm| 2784152| EAGF-V2-KF-50- 200
320 mm| 2784164| EAGF-V2-KF-50- 320
400 mm| 2784184| EAGF-V2-KF-50- 400
63| 1 … 500 mm| 2608521| EAGF-V2-KF-63-
100 mm| 1725842| EAGF-V2-KF-63- 100
200 mm| 1725843| EAGF-V2-KF-63- 200
320 mm| 1725844| EAGF-V2-KF-63- 320
400 mm| 1725845| EAGF-V2-KF-63- 400
80| 1 … 550 mm| 2608528| EAGF-V2-KF-80-
100 mm| 1725846| EAGF-V2-KF-80- 100
200 mm| 1725847| EAGF-V2-KF-80- 200
320 mm| 1725848| EAGF-V2-KF-80- 320
400 mm| 1725849| EAGF-V2-KF-80- 400
100| 1 … 550 mm| 2608532| EAGF-V2-KF-100-
100 mm| 1725850| EAGF-V2-KF-100- 100
200 mm| 1725851| EAGF-V2-KF-100- 200
320 mm| 1725852| EAGF-V2-KF-100- 320
400 mm| 1725853| EAGF-V2-KF-100- 400

Accessories

Centring pin ZBS-4 for guide unit with electric cylinder EPCC

| Description| Material sleeve| Size of pack| Product weight| Part no.| Type
| For size 32| High-alloy stainless steel| 10| 0.5 g| 562959| ZBS- 4
Centering sleeve ZBH-5 for guide unit with electric cylinder EPCC

| Description| Material sleeve| Size of pack| Product weight| Part no.| Type
| For size 45| Steel| 10| 1 g| 8146543| ZBH-5-B
Centering sleeve ZBH-7 for guide unit with electric cylinder EPCC

60

| Steel| 10| 1 g| 8146544| ZBH-7-B
Adapter kit EHAA for guide unit with electric cylinder EPCC (for mounting the mini slide EGSC, EGSS on the yoke plate)

Description| Product weight| Part no.| Type
For size 32| 56 g| 8158473| EHAA-D-L2-32-L2-25
For size 45| 60 g| 8066713| EHAA-D-L2-32-L2-32
For size 60| 136 g| 8066714| EHAA-D-L2-45-L2-45

www.festo.com/catalogue/.