Air Preparation Equipment Degrees of quality Max. particle diameter ( µ m) Min. pressure dew point ( ° C) Max. oil density (mg/m 3 ) International Standard ISO 8573-1: 1991 Degrees of Quality Japanese Industrial Standard JIS B 8392-1: 2000 Degrees of Qual ANR: 20C at atmospheric pressure, relative humidity 65% 1 mg/m 3 (ANR) 0.8 ppmW/W Note 2) If there is a special law under operation, the law has ultimate priority. Note 3) It describes the grade of compressed air quality based on ISO8573-1: 1991 and JIS B 8392-1: 2000. (Refer to table on top in following page.)
12 9.3 17.5 22 34.7 30.9 AS231F-01-06ST AS231F-N01-03ST 13.5 10.9 14 26.9 22.9 6 11.6 36.3 24.9 22 AS231F-01-08ST AS231F-N01-05ST 7 16.5 NPT1/8 12.7 14 1.5 3/16" 11.4 14 26.8 31.6 18.5 12.9 30.9 10.9 23.9 16.2 28.2 8 15.2 25 40.8 37.3 34.7 AS231F-02-04ST AS231F-N01-07ST 1/4" 13.2 25.6 17 16 16.2 30.6 21.9 4 10.4 10.9 40 39.6 23 38.2 29.9 12.9 16.2 AS231F-02-06ST AS231F-N01-09ST 18.5 5/16"
AD27-6-A With bowl guard AD27-6C-A AD37m-6-A AD47m-6-A Normally open (N.O.) With bowl guard AD38m-6-A AD48m-6-A Automatic (Auto drain) Manual With drain cock C2SF-2-A C3SF-2-A C4SF-2-A With level gauge C3LF-8-A C4LF-8-A With drain guide (without valve function) C2SFm-2J-A C3SFm-2J-A C4SFm-2J-A With level gauge C3LFm-8J-A C4LFm-8J-A Metal Normally closed (N.C.)
Symmetric mounting Working principle A + A A Series CXS 6, 10, 15, 20, 25, 32 Reverse mounting Piston seal A A A R H R H 1. When the piston is retracting, air is exhausted through both A and A until piston seal H passes air passage A. 2. After piston seal H has passed air passage A, air is exhausted only through A.
Working principle A + A A Series CXS 6, 10, 15, 20, 25, 32 Reverse mounting Piston seal A A A R H R H 1. When the piston is retracting, air is exhausted through both A and A until piston seal H passes air passage A. 2. After piston seal H has passed air passage A, air is exhausted only through A.
B A B A B A B C D Normally closed (NC = b contact), solid state switch (D-F9G/F9H type) are also available.
In the graph, find where the lines repres-enting a load weight of 10 kg and a stroke of 300 mm intersect. A 50 bore size is selected.
To release residual pressure, select a model with a back flow mechanism.
Proper Auto Switch Mounting Position (Detection at stroke end) MX A B MTS MY MY3A D-A9, D-A9V (mm) D-F9W, D-F9(W)V (mm) D-M9, D-M9V (mm) CY A B Operating range Bore size 16 25 40 63 A B Operating range Bore size 16 25 40 63 B Operating range Bore size 16 25 40 63 A 088.5 084.5 26.5 084.5 22.0 26.5 2 06.5 3.0 MG Courtesy of Steven Engineering, Inc.-230 Ryan Way, South San Francisco, CA 94080
All three series, VQ, SX and SY, are c o m p a c t , l i g h t w e i g h t a n d a e s t h e t i c i n a p p e a r a n c e .
6 r A A A A !4 i u q i !4 r y t y !2 o !5 r u t q !5 e i o !2 r Component Parts No. Description Material Note No. Description Material Note Body A O-ring PBT NBR q !3 Elbow body O-ring PBT NBR w !4 Body B O-ring Electroless nickel plated Brass NBR e !5 Body B O-ring Electroless nickel plated Brass NBR r !6 Needle Spacer Electroless nickel plated Brass POM (2) t !
A Series MGC 20 to 50 SZ + Stroke B D port C port A, B port B port A C port A port D port A View A-A GD GD Front mounting flange SB + Stroke B SA + Stroke A ZZ + Stroke A + Stroke B Bracket mounting With R Without R Stroke A stroke Stroke A + Stroke B ( ) Bore size (mm) W1 W2 SB SA GD ZZ GC SZ availability 30 30 Up to 200 96 50 9 176 21 20 35 st or more 89 110 30 30 96 50 9 183 21 25 60 st
HRX-OM-Q026-V Operation Manual Installation Operation Original Instructions Thermo Chiller HRSH Series HRSH100-A-20HRSH100-A-40HRSH100-A-20-S HRSH150-A-20HRSH150-A-40HRSH150-A-20-S HRSH200-A-20HRSH200-A-40HRSH200-A-20-S HRSH250-A-20HRSH250-A-40HRSH250-A-20-S HRSH300-A-20HRSH300-A-40HRSH100-W-20HRSH100-W-40HRSH100-W-20-S HRSH150-W-20HRSH150-W-40HRSH150-W-20-S HRSH200-W-20HRSH200-W-40HRSH200
For a facility with a large installation area that can vent the air naturally: Make an air outlet on a wall at a high level and air inlet on a wall at a low level, to allow for adequate airflow. 2. For a facility with a small installation area that cannot vent the air naturally: Make a forced air exhaust vent on a wall at a high level and an air inlet on a wall at a low level. 3.
Installation at indoor site 1 In case of facility having a large installation area (that can vent the air naturally) Make an air outlet on a wall at a high level and air inlet on a wall at a low level, to allow for adequate airflow. 2 In case of facility having a small installation area (that can not vent the air naturally) Make a forced air exhaust vent on a wall at a high level and an air
For a facility having a large installation area (that can vent the air naturally): Make an air outlet on a wall at a high level and air inlet on a wall at a low level, to allow for adequate airflow. 2. For a facility having a small installation area (that can not vent the air naturally): Make a forced air exhaust vent on a wall at a high level and an air inlet on a wall at a low level.
pH4.8) [mg/L] 100 or less Total hardness [mg/L] 200 or less Calcium hardness (CaCO3) [mg/L] 150 or less Ionic state silica (SiO2) [mg/L] 50 or less Modifying the Standard Specifications Caution Do not modify the standard product using any of the optional specifications once the product has been supplied to a customer.
For a facility with a large installation area that can vent the air naturally: Make an air outlet on a wall at a high level and air inlet on a wall at a low level, to allow for adequate airflow. 2. For a facility with a small installation area that can not vent the air naturally: Make a forced air exhaust vent on a wall at a high level and an air inlet on a wall at a low level. 3.
For a facility having a small installation area (that can not vent the air naturally): Make a forced air exhaust vent on a wall at a high level and an air inlet on a wall at a low level. 3.
For a facility having a large installation area (that can vent the air naturally): Make an air outlet on a wall at a high level and air inlet on a wall at a low level, to allow for adequate airflow. 2. For a facility having a small installation area (that can not vent the air naturally): Make a forced air exhaust vent on a wall at a high level and an air inlet on a wall at a low level.