ZSE10 compact, digital pressure switch for vacuum/compound pressure has been reduced in height by approximately 50% when compared to the ZSE30A.? Up to 10 slave sensors can be set at once using the copy settings function.? Options include?direct mount, panel mount?or DIN rail mount, and a choice of 2 piping directions.?
ZSE10 compact, digital pressure switch for vacuum/compound pressure has been reduced in height by approximately 50% when compared to the ZSE30A.? Up to 10 slave sensors can be set at once using the copy settings function.? Options include?direct mount, panel mount?or DIN rail mount, and a choice of 2 piping directions.?
ZSE10 compact, digital pressure switch for vacuum/compound pressure has been reduced in height by approximately 50% when compared to the ZSE30A.? Up to 10 slave sensors can be set at once using the copy settings function.? Options include?direct mount, panel mount?or DIN rail mount, and a choice of 2 piping directions.?
ZSE10 compact, digital pressure switch for vacuum/compound pressure has been reduced in height by approximately 50% when compared to the ZSE30A. Up to 10 slave sensors can be set at once using the copy settings function. Options include direct mount, panel mount or DIN rail mount, and a choice of 2 piping directions. VACUUM SWITCH, ZSE50-80. Low Profile Dig Pres Switch. 55.00000 lb.
ZSE10/ISE10 compact, digital pressure switch has been reduced in height by approximately 50% when compared to the I/ZSE30A. Up to 10 slave sensors can be set at once using the copy settings function. Options include direct mount, panel mount or DIN rail mount, and a choice of 2 piping directions. PRESSURE SWITCH. Low Profile Dig Pres Switch. 15.00000 lb. 829.
ZSE10 compact, digital pressure switch for vacuum/compound pressure has been reduced in height by approximately 50% when compared to the ZSE30A. Up to 10 slave sensors can be set at once using the copy settings function. Options include direct mount, panel mount or DIN rail mount, and a choice of 2 piping directions. VACUUM SWITCH, ZSE50-80. Low Profile Dig Pres Switch. 63.00000 lb.
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.)
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.
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
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.