Please note: heco gmbh will discontinue support for Internet Explorer in early 2021.

We recommend Microsoft Edge , which is already installed on Windows 10, also Google Chrome or Mozilla Firefox.

Contact

de • en • cz

stainless steel

Sales

Departments

About us

de • en • cz

stainless steel

Company

News

de • en • cz

stainless steel

Newsletter

Interesting facts

de • en • cz

stainless steel

Material

Service

Products

Shipping conditions

Customer- and supplier portal

myheco overview

de • en • cz

stainless steel

Short instructions

myheco

de • en • cz

Diesen Artikel aus der Anfrageliste entfernen?

Nein

Hint

By clicking on this bar you'll return to the table view.

Don't show this hint again!

measures and values

development of stocks

request list

associated articles

current selection

standard

special versions

pneumatic actuatorPA.

actuators pneumatic special versions Product specification

actuators pneumatic special versions Technology / CAD

pneumatic actuator RE-series > ATEX II 2GD c

> connection acc. ISO 5211 > mounting acc. VDI/VDE 3845 (Please notice the operating manual!)

Parts list

No.	Description	Properties	Comment
1 a	Body	hard anodized	Short description AV ¹
1 b	Body	nickel-plated	Short description NN ²
1 c	Body	PTFE	Short description TF ³
2 a	Cover	Polyester-coated	Short description AV ¹
2 b	Cover	nickel-plated	Short description NN ²
2 c	Cover	PTFE	Short description TF ³
8	Shaft	Carbon steel	20 µ nickel-plated *
9	Piston	hard anodized	Thickness 20 µ

(¹) AV hard-anodized (50µ - Ra=0.4-0.6)

Anodization (hard-anodized or hard-coated) is understood to be the electrolytic oxidation of materials

made of aluminum in order to create a protective layer on the materials made of aluminum.

The layer has a hardness of 400-600 HV (45-65 HRC) and serves as wear and corrosion protection,

is thermally and electrically insulating, and has good tribological properties.

(²) NN chemically nickel-plated

Currentless, chemical nickel-plating is a reduction process in which the objects to be nickel-plated are dipped

in a special electrolyte. Without applying an electrical voltage, a nickel coating deposits on the surface.

Chemical nickel-plating is characterized by an even layer thickness even on holes, recesses, and inside surfaces.

Chemical nickel coatings are not ferromagnetic. The surface hardness is between 400-480 HV (45-55 HRC).

This type of coating is a nickel-phosphorus alloy for which it is possible to control the layer properties

using the phosphorus deposited in the layer. In this case, the alloy has a high phosphorus content (12%).

Nickel is resistant to air, water, diluted acids, and most bases.

Nickel is not resistant to nitric acid, concentrated hydrochloric acid, or ammonia.

(³) TF PTFE-coated

The combination of the described anodization and a PTFE-coating serves as additional protection and

unites the advantages of a hard surface with the chemical and physical advantages of PTFE.

Even more improved corrosion protection, thermal stability, as well as chemical resistance

characterize this surface. Specially suitable for maritime use or offshore applications.

* Stainless steel shaft optional

A high-alloyed stainless steel shaft is recommended for environment subject to strong chemical influences such as

acids and bases, in the pharmaceutical or food industries, as well as in seawater or in high temperature ranges

Various surface finishes

for industrial, chemical, pharmaceuticals, food and offshore applications

Body	Surface	Color / Thickness
AV	hard anodized	grey / 25 µ
NN	nickel-plated	polished Steel / 20 µ
TF	hard anodized + PTFE-coated	blue / 25 µ + 15 µ

Cover	Surface	Color / Thickness
AV	Polyester-coated	grey / 60/80 µ
NN	Nickel-phosphorus plated	polished Steel / 20 µ
TF	hard anodized + PTFE-coated	blue / 25 µ + 15 µ

Low temperature -40°C to +80°C

No.	Description	Material
3	Cover seal	Silicon
4	Piston ring	PA 66
5	Slide spring	PA 66
6	Bottom shaft seal	Silicon
7	Upper shaft seal	Silicon

High temperature -20°C to +150°C

No.	Description	Material
3	Cover seal	FPM/FKM
4	Piston ring	PA 66
5	Slide spring	PA 66
6	Bottom shaft seal	FPM/FKM
7	Upper shaft seal	FPM/FKM

Areas of application

AV (Standard)	NN	TF
- Industrial	- Industrial	- Industrial
- General application	- General application	- General application
	- Diluted acids	- Acids and bases
	- Cleaning agents	- Sea water
	- Bases	- High temperature

>> further information

You will find all further information in the data sheet of the corresponding actuator.

RE-series

more...

> ATEX II 2GD c

> connection acc. ISO 5211
> mounting acc. VDI/VDE 3845
(Please notice the operating manual!)

extended product description

<p><b>Parts list</b></p><table class="techDescTable"><thead><tr><th>No.</th><th>Description</th><th>Properties</th><th>Comment</th></tr> </thead><tbody><tr class="Even"><td>1 a</td><td>Body</td><td>hard anodized</td><td>Short description AV ¹</td></tr><tr class="UnEven"><td>1 b</td><td>Body</td><td>nickel-plated</td><td>Short description NN ²</td></tr><tr class="Even"><td>1 c</td><td>Body</td><td>PTFE</td><td>Short description TF ³</td></tr><tr class="UnEven"><td>2 a</td><td>Cover</td><td>Polyester-coated</td><td>Short description AV ¹</td></tr><tr class="Even"><td>2 b</td><td>Cover</td><td>nickel-plated</td><td>Short description NN ²</td></tr><tr class="UnEven"><td>2 c</td><td>Cover</td><td>PTFE</td><td>Short description TF ³</td></tr><tr class="Even"><td>8</td><td>Shaft</td><td>Carbon steel</td><td>20 µ nickel-plated *</td></tr><tr class="UnEven"><td>9</td><td>Piston</td><td>hard anodized</td><td>Thickness 20 µ</td></tr></tbody></table><br><br><p><span class="tDescSmall">(¹) AV hard-anodized (50µ - Ra=0.4-0.6)</span></p><p><span class="tDescSmall">Anodization (hard-anodized or hard-coated) is understood to be the electrolytic oxidation of materials </span></p><p><span class="tDescSmall">made of aluminum in order to create a protective layer on the materials made of aluminum.</span></p><p><span class="tDescSmall">The layer has a hardness of 400-600 HV (45-65 HRC) and serves as wear and corrosion protection,</span></p><p><span class="tDescSmall">is thermally and electrically insulating, and has good tribological properties.</span></p><br><p><span class="tDescSmall">(²) NN chemically nickel-plated</span></p><p><span class="tDescSmall">Currentless, chemical nickel-plating is a reduction process in which the objects to be nickel-plated are dipped</span></p><p><span class="tDescSmall">in a special electrolyte. Without applying an electrical voltage, a nickel coating deposits on the surface.</span></p><p><span class="tDescSmall">Chemical nickel-plating is characterized by an even layer thickness even on holes, recesses, and inside surfaces.</span></p><p><span class="tDescSmall">Chemical nickel coatings are not ferromagnetic. The surface hardness is between 400-480 HV (45-55 HRC).</span></p><p><span class="tDescSmall">This type of coating is a nickel-phosphorus alloy for which it is possible to control the layer properties</span></p><p><span class="tDescSmall">using the phosphorus deposited in the layer. In this case, the alloy has a high phosphorus content (12%).</span></p><p><span class="tDescSmall">Nickel is resistant to air, water, diluted acids, and most bases.</span></p><p><span class="tDescSmall">Nickel is not resistant to nitric acid, concentrated hydrochloric acid, or ammonia.</span></p><br><p><span class="tDescSmall">(³) TF PTFE-coated</span></p><p><span class="tDescSmall">The combination of the described anodization and a PTFE-coating serves as additional protection and </span></p><p><span class="tDescSmall">unites the advantages of a hard surface with the chemical and physical advantages of PTFE.</span></p><p><span class="tDescSmall">Even more improved corrosion protection, thermal stability, as well as chemical resistance</span></p><p><span class="tDescSmall">characterize this surface. Specially suitable for maritime use or offshore applications.</span></p><br><hr><br><br><p><span class="tDescSmall">* Stainless steel shaft optional</span></p><p><span class="tDescSmall">A high-alloyed stainless steel shaft is recommended for environment subject to strong chemical influences such as</span></p><p><span class="tDescSmall">acids and bases, in the pharmaceutical or food industries, as well as in seawater or in high temperature ranges</span></p><br><br><p><b>Various surface finishes</b></p><p>for industrial, chemical, pharmaceuticals, food and offshore applications</p><br><table class="techDescTable"><thead><tr><th>Body</th><th>Surface</th><th>Color / Thickness</th></tr> </thead><tbody><tr class="Even"><td>AV</td><td>hard anodized</td><td>grey / 25 µ</td></tr><tr class="UnEven"><td>NN</td><td>nickel-plated</td><td>polished Steel / 20 µ</td></tr><tr class="Even"><td>TF</td><td>hard anodized + PTFE-coated</td><td>blue / 25 µ + 15 µ</td></tr></tbody></table><table class="techDescTable"><thead><tr><th>Cover</th><th>Surface</th><th>Color / Thickness</th></tr> </thead><tbody><tr class="Even"><td>AV</td><td>Polyester-coated</td><td>grey / 60/80 µ</td></tr><tr class="UnEven"><td>NN</td><td>Nickel-phosphorus plated</td><td>polished Steel / 20 µ</td></tr><tr class="Even"><td>TF</td><td>hard anodized + PTFE-coated</td><td>blue / 25 µ + 15 µ</td></tr></tbody></table><br><p>Low temperature -40°C to +80°C</p><table class="techDescTable"><thead><tr><th>No.</th><th>Description</th><th>Material</th></tr> </thead><tbody><tr class="Even"><td>3</td><td>Cover seal</td><td>Silicon</td></tr><tr class="UnEven"><td>4</td><td>Piston ring</td><td>PA 66</td></tr><tr class="Even"><td>5</td><td>Slide spring</td><td>PA 66</td></tr><tr class="UnEven"><td>6</td><td>Bottom shaft seal</td><td>Silicon</td></tr><tr class="Even"><td>7</td><td>Upper shaft seal</td><td>Silicon</td></tr></tbody></table><br><p>High temperature -20°C to +150°C</p><table class="techDescTable"><thead><tr><th>No.</th><th>Description</th><th>Material</th></tr> </thead><tbody><tr class="Even"><td>3</td><td>Cover seal</td><td>FPM/FKM</td></tr><tr class="UnEven"><td>4</td><td>Piston ring</td><td>PA 66</td></tr><tr class="Even"><td>5</td><td>Slide spring</td><td>PA 66</td></tr><tr class="UnEven"><td>6</td><td>Bottom shaft seal</td><td>FPM/FKM</td></tr><tr class="Even"><td>7</td><td>Upper shaft seal</td><td>FPM/FKM</td></tr></tbody></table><br><br><p><b>Areas of application</b></p><table class="techDescTable"><thead><tr><th>AV (Standard)</th><th>NN</th><th>TF</th></tr> </thead><tbody><tr class="Even"><td>- Industrial</td><td>- Industrial</td><td>- Industrial</td></tr><tr class="UnEven"><td>- General application</td><td>- General application</td><td>- General application</td></tr><tr class="Even"><td><br></td><td>- Diluted acids</td><td>- Acids and bases</td></tr><tr class="UnEven"><td><br></td><td>- Cleaning agents</td><td>- Sea water</td></tr><tr class="Even"><td><br></td><td>- Bases</td><td>- High temperature</td></tr></tbody></table><br><br><p><span class="tDescSmall">>> further information</span></p><p><span class="tDescSmall">You will find all further information in the data sheet of the corresponding actuator.</span></p><br><hr><br>

measures and values

stocks and pricing

downloads

CAD

dimension	File Download (3D-PDF)	File Download (STEP)
RE051 (6/6)	heco_PALF-RE051-HT-6_6.pdf	heco_PALF-RE051-HT-6_6.step
RE051 (6/6)	heco_PALF-RE051-LT-6_6.pdf	heco_PALF-RE051-LT-6_6.step
RE051 (6/6)	heco_PALF-RE051-NN-6_6.pdf	heco_PALF-RE051-NN-6_6.step
RE051 (6/6)	heco_PALF-RE051-TF-6_6.pdf	heco_PALF-RE051-TF-6_6.step
RE064 (6/6)	heco_PALF-RE064-HT-6_6.pdf	heco_PALF-RE064-HT-6_6.step
RE064 (6/6)	heco_PALF-RE064-LT-6_6.pdf	heco_PALF-RE064-LT-6_6.step
RE064 (6/6)	heco_PALF-RE064-NN-6_6.pdf	heco_PALF-RE064-NN-6_6.step
RE064 (6/6)	heco_PALF-RE064-TF-6_6.pdf	heco_PALF-RE064-TF-6_6.step
RE076 (6/6)	heco_PALF-RE076-HT-6_6.pdf	heco_PALF-RE076-HT-6_6.step
RE076 (6/6)	heco_PALF-RE076-LT-6_6.pdf	heco_PALF-RE076-LT-6_6.step
RE076 (6/6)	heco_PALF-RE076-NN-6_6.pdf	heco_PALF-RE076-NN-6_6.step
RE076 (6/6)	heco_PALF-RE076-TF-6_6.pdf	heco_PALF-RE076-TF-6_6.step
RE086 (6/6)	heco_PALF-RE086-HT-6_6.pdf	heco_PALF-RE086-HT-6_6.step
RE086 (6/6)	heco_PALF-RE086-LT-6_6.pdf	heco_PALF-RE086-LT-6_6.step
RE086 (6/6)	heco_PALF-RE086-NN-6_6.pdf	heco_PALF-RE086-NN-6_6.step
RE086 (6/6)	heco_PALF-RE086-TF-6_6.pdf	heco_PALF-RE086-TF-6_6.step
RE101 (6/6)	heco_PALF-RE101-HT-6_6.pdf	heco_PALF-RE101-HT-6_6.step
RE101 (6/6)	heco_PALF-RE101-LT-6_6.pdf	heco_PALF-RE101-LT-6_6.step
RE101 (6/6)	heco_PALF-RE101-NN-6_6.pdf	heco_PALF-RE101-NN-6_6.step
RE101 (6/6)	heco_PALF-RE101-TF-6_6.pdf	heco_PALF-RE101-TF-6_6.step
RE116 (6/6)	heco_PALF-RE116-HT-6_6.pdf	heco_PALF-RE116-HT-6_6.step
RE116 (6/6)	heco_PALF-RE116-LT-6_6.pdf	heco_PALF-RE116-LT-6_6.step
RE116 (6/6)	heco_PALF-RE116-NN-6_6.pdf	heco_PALF-RE116-NN-6_6.step
RE116 (6/6)	heco_PALF-RE116-TF-6_6.pdf	heco_PALF-RE116-TF-6_6.step
RE126 (6/6)	heco_PALF-RE126-HT-6_6.pdf	heco_PALF-RE126-HT-6_6.step
RE126 (6/6)	heco_PALF-RE126-LT-6_6.pdf	heco_PALF-RE126-LT-6_6.step
RE126 (6/6)	heco_PALF-RE126-NN-6_6.pdf	heco_PALF-RE126-NN-6_6.step
RE126 (6/6)	heco_PALF-RE126-TF-6_6.pdf	heco_PALF-RE126-TF-6_6.step
RE161 (6/6)	heco_PALF-RE161-HT-6_6.pdf	heco_PALF-RE161-HT-6_6.step
RE161 (6/6)	heco_PALF-RE161-LT-6_6.pdf	heco_PALF-RE161-LT-6_6.step
RE161 (6/6)	heco_PALF-RE161-NN-6_6.pdf	heco_PALF-RE161-NN-6_6.step
RE161 (6/6)	heco_PALF-RE161-TF-6_6.pdf	heco_PALF-RE161-TF-6_6.step
RE051 (L/L)	heco_PALL-RE051-HT.pdf	heco_PALL-RE051-HT.step
RE051 (L/L)	heco_PALL-RE051-LT.pdf	heco_PALL-RE051-LT.step
RE051 (L/L)	heco_PALL-RE051-NN.pdf	heco_PALL-RE051-NN.step
RE051 (L/L)	heco_PALL-RE051-TF.pdf	heco_PALL-RE051-TF.step
RE064 (L/L)	heco_PALL-RE064-HT.pdf	heco_PALL-RE064-HT.step
RE064 (L/L)	heco_PALL-RE064-LT.pdf	heco_PALL-RE064-LT.step
RE064 (L/L)	heco_PALL-RE064-NN.pdf	heco_PALL-RE064-NN.step
RE064 (L/L)	heco_PALL-RE064-TF.pdf	heco_PALL-RE064-TF.step
RE076 (L/L)	heco_PALL-RE076-HT.pdf	heco_PALL-RE076-HT.step
RE076 (L/L)	heco_PALL-RE076-LT.pdf	heco_PALL-RE076-LT.step
RE076 (L/L)	heco_PALL-RE076-NN.pdf	heco_PALL-RE076-NN.step
RE076 (L/L)	heco_PALL-RE076-TF.pdf	heco_PALL-RE076-TF.step
RE086 (L/L)	heco_PALL-RE086-HT.pdf	heco_PALL-RE086-HT.step
RE086 (L/L)	heco_PALL-RE086-LT.pdf	heco_PALL-RE086-LT.step
RE086 (L/L)	heco_PALL-RE086-NN.pdf	heco_PALL-RE086-NN.step
RE086 (L/L)	heco_PALL-RE086-TF.pdf	heco_PALL-RE086-TF.step
RE101 (L/L)	heco_PALL-RE101-HT.pdf	heco_PALL-RE101-HT.step
RE101 (L/L)	heco_PALL-RE101-LT.pdf	heco_PALL-RE101-LT.step
RE101 (L/L)	heco_PALL-RE101-NN.pdf	heco_PALL-RE101-NN.step
RE101 (L/L)	heco_PALL-RE101-TF.pdf	heco_PALL-RE101-TF.step
RE116 (L/L)	heco_PALL-RE116-HT.pdf	heco_PALL-RE116-HT.step
RE116 (L/L)	heco_PALL-RE116-LT.pdf	heco_PALL-RE116-LT.step
RE116 (L/L)	heco_PALL-RE116-NN.pdf	heco_PALL-RE116-NN.step
RE116 (L/L)	heco_PALL-RE116-TF.pdf	heco_PALL-RE116-TF.step
RE126 (L/L)	heco_PALL-RE126-HT.pdf	heco_PALL-RE126-HT.step
RE126 (L/L)	heco_PALL-RE126-LT.pdf	heco_PALL-RE126-LT.step
RE126 (L/L)	heco_PALL-RE126-NN.pdf	heco_PALL-RE126-NN.step
RE126 (L/L)	heco_PALL-RE126-TF.pdf	heco_PALL-RE126-TF.step
RE421 (L/L)	heco_PALL-RE161-HT.pdf	heco_PALL-RE161-HT.step
RE421 (L/L)	heco_PALL-RE161-LT.pdf	heco_PALL-RE161-LT.step
RE421 (L/L)	heco_PALL-RE161-NN.pdf	heco_PALL-RE161-NN.step
RE421 (L/L)	heco_PALL-RE161-TF.pdf	heco_PALL-RE161-TF.step

associated articles

Ask our experts

...

pneumatic

special versions

actuators pneumatic special versions

pneumatic actuatorPA.

Product specification

pneumatic actuator

RE-series

> ATEX II 2GD c

> connection acc. ISO 5211
> mounting acc. VDI/VDE 3845
(Please notice the operating manual!)

Parts list

No.	Description	Properties	Comment
1 a	Body	hard anodized	Short description AV ¹
1 b	Body	nickel-plated	Short description NN ²
1 c	Body	PTFE	Short description TF ³
2 a	Cover	Polyester-coated	Short description AV ¹
2 b	Cover	nickel-plated	Short description NN ²
2 c	Cover	PTFE	Short description TF ³
8	Shaft	Carbon steel	20 µ nickel-plated *
9	Piston	hard anodized	Thickness 20 µ