Product Display
Product Description |
|
Brand: |
Koganei |
Model: |
DAC20X50 |
Origin: |
Japan |
Specifications: |
Brand New |
Type: |
Cylinder |
Material: |
Aluminum Alloy |
Product Specifications
Cylinder inner diameter D (φ) |
20 |
Stroke L (mm) |
50 |
Cylinder working method |
Double action |
Rod actuation method |
Single shot |
Environment/Application |
Standard |
Additional features |
Standard |
End lock |
No |
Temperature (°C) |
0~70 |
Is there a variable cushion |
No |
Valve |
Not any |
Stroke adjustment |
No |
With or without bellows |
Not any |
Type of installation |
Untransformed word |
Hood specifications |
Standard header |
Tip metal fittings |
Not any |
Standard header |
Not any |
Install valve options |
Not any |
Head specifications |
None (standard) |
Maximum working pressure |
0.9 MPa |
Installation valve series |
VPS062-4E1-70 |
Product Media
Features
·The high-quality, high-reliability design using stainless steel tubes is the standard configuration for
small and medium-sized cylinders-
Abundant 21 specifications to choose from
·700 mm / s (Φ50, 63 (cylinder diameter 50, 63 mm) is 500) mm / s) high-speed operation-
Use durable piston seal
pad
·The sensor switch can be retrofitted-High installation accuracy and easy installation work
Koganei Co., Ltd. was established in 1934. Its products mainly include cylinders, solenoid valves, filters, pressure reducing valves, joints, vacuum equipment, suction cups, etc. Products are widely used in various automation, electronics, semiconductor, textile, and mining industries.
KOGANEI Air Cylinder DAC20X50
People who bought this item also viewed
KOGANEI Air Cylinder PBTA-6X10
KOGANEI Air Cylinder NHBDP-20
KOGANEI Air Cylinder NHBDPA-6
KOGANEI Air Cylinder ORV16X450
Festo Air Cylinder DGS-25-40-PPV-A
Festo Air Cylinder DSBC-50-125-PPVA-N3
Festo Air Cylinder ADN-125-40-A-P-A
Festo Air Cylinder DSM-40-270-P-FW-A-B
SUMTAK Encoder IRT320-1000-002
SIEMENS Actuator GDB331.2E
Bellofram Proportional Valve 969-713-000
Customers frequently viewed
IWAYA DENKI Water Pump 25CJT0752
Panasonic Servo Motor MHMF022L1V2M
Honeywell Solenoid Valve VE4025B1045
ROTEN Mechanical Seal 8E5K-22-X
SANDSUN Overload Pump VA08H-760
GS Battery 6-QW-60(450)-(55D23L-KR)
Rechi Compressor 44R273A
MINDMAN Air Cylinder MCQV2-11-40-200
Mitsubishi Compressor YB645WTG
HONGFA Relay HF115F-I-012-1ZS3A(555)
HENGSTLER Encoder RI58-O/1000AS.41TH
Recent related posts
-
06/21/2020
Working principle of steam compressor_steam compressor application
Working principle of steam compressor_steam compressor application Working principle of steam compressor After the steam is filtered by the filter, clean steam then enters the host cavity through the intake valve, and the volume of the cavity changes from large to small to compress the steam. The volume of the cavity is changed by the rotor rotating under the drive of the motor. <img src="{{media url="Working_principle_of_steam_compressor_steam_compressor_application.jpg"}}" alt="" />
-
01/11/2022
Case Studies of How to Replace a Compressor in Refrigerator (Part One)
Some mechanic maintenance workers have noted that there could be some other faults after changing the compressor for the refrigerator. What are the causes? This article will give the reasons by introducing several cases.
-
06/13/2020
[Maintenance case] BMW 520Li compressor clutch failure
[Maintenance case] BMW 520Li compressor clutch failure Model: F18. Driving mileage: 3000km. Fault phenomenon: The user reports that the vehicle's air conditioning system is faulty. Sometimes, the cooling effect of the air conditioner suddenly fails 器2 䀀 ᅵ皥 䖒皦즠Ʋ焬क़ 㲈Ʋ 䌁皦 ᮔDž༬皧然क़Ѐ 呄ᠾ鹨់༹皧 ࠄ 00령ꐱ댁珵뛐珵Љ 䕄ྦ 뤂ᐱ뚜珵 ᴴᏩ呄ᠾ퍘ᒥ 鹨់ᩄ ꋔྦ 瑉浥 巠皱㙲皦抐皱 巠皱 ੨皦柘皱 ᅵ皥 ب 巠皱㙲皦忈皱 ੨皦柘皱 즠Ʋǜ 勁皦즠Ʋب ǜ
-
06/29/2020
Causes of non-condensable gas in refrigeration system
Causes of non-condensable gas in refrigeration system 1. Insufficient emptying of the refrigeration system before charging the refrigerant Before charging the refrigerator, the compressor cylinder in the refrigeration system, the condenser, the evaporator, and the piping of the system were filled with air. In order to eliminate these air before charging the refrigerant, the interior of the refrigeration system Vacuuming,
-
06/13/2020
Common failure causes of half-sealed piston compressor
Common failure causes of half-sealed piston compressor 1. The compressor cannot start normally 1. First check whether it is caused by too low power supply voltage or poor connection of the motor line: if the grid voltage is indeed too low, start again 器2 䀀 ᅵ皥 䖒皦즠Ʋ焬क़ 㲈Ʋ 䌁皦 ᮔDž༬皧然क़Ѐ 呄ᠾ鹨់༹皧 ࠄ 00령ꐱ댁珵뛐珵Љ 䕄ྦ 뤂ᐱ뚜珵 ᴴᏩ呄ᠾ퍘ᒥ 鹨់ᩄ ꋔྦ 瑉浥 巠皱㙲皦抐皱 巠皱 ੨皦柘皱 ᅵ皥 ب 巠皱㙲皦忈皱 ੨皦柘皱 즠Ʋǜ 勁皦즠Ʋب ǜ V / 펔B䌁皦 ᮔDž '鱤džၜ먢䇨珵呈ᠾ뤂ᐱ ⿇⬿먲僧ᐱ㥲ᐲ�僬㣢ᐲ ᠾ 랖僧Ӛ 識 �僬㣢ᐲ 臆S㥲ᐲ ᬄğ 識 理艏S杴 識杴 㥲ᐲ
-
04/13/2023
15 Refrigeration System Components Structure, Function, Working Principle Diagram (1)
There are four main components in the refrigeration system, namely compressor, condenser, throttling device (such as capillary tube, expansion valve), evaporator.
-
01/28/2024
The Role of UPS and How to Solve Its Heat Dissipation Problem (UPS Cooling Fan)
(Uninterruptible Power Supply) is a power supply that contains an energy storage device. It is mainly used to provide uninterrupted power for some equipment that requires high power supply stability, such as a single computer, computer network system
-
07/28/2023
Heat Pump Making Loud Noise in Cold Weather: Causes and Solutions
When the temperature drops outside, your heat pump becomes an essential part of your home's heating system. While it's common for heat pumps to make some noise during operation, loud or unusual noises can be a cause for concern.
-
06/13/2020
Common faults and troubleshooting methods of refrigeration compressors
The compressor is the "heart" of the refrigeration system. The compressor sucks low-temperature and low-pressure refrigerant gas from the suction pipe, drives the piston to compress it through the operation of the motor, and then discharges the high-tempe 器2 䀀 ᅵ皥 䖒皦즠Ʋ煔क़ 㲈Ʋ 䌁皦 ᮔDž༬皧煞क़Ѐ 呄ᠾ鹨់༹皧 ࠄ 00령ꐱ댁珵뛐珵Љ 䕄ྦ 뤂ᐱ뚜珵 ᴴᏩ呄ᠾ퍘ᒥ 鹨់ᩄ ꋔྦ 瑉浥 巠皱㙲皦抐皱 巠皱 ੨皦柘皱 ᅵ皥 ب 巠皱㙲皦忈皱 ੨皦柘皱 즠Ʋǜ 勁皦즠Ʋب ǜ V / 펔B䌁皦 ᮔDž '鱤džၜ먢䇨珵呈ᠾ뤂ᐱ ⿇⬿먲僧ᐱ㥲ᐲ�僬
-
09/10/2020
The formation and harm of carbon deposits in air compressor
The reasons for the formation of carbon deposits in air compressors are more complicated. In terms of air compressor oil lubrication, the main reason is that the oil used in the internal lubrication system of the air compressor is often in the form of mist and high temperature, high pressure, high oxygen partial pressure air and metal The contact of the catalyst causes the air compressor oil to rapidly oxidize and deteriorate.