Specifications: SE32CX1000STCNG — Airtac SE double-acting, single-rod pneumatic cylinder; 32 mm bore, 1000 mm stroke, sus316 stainless steel piston rod, with magnet, NBR seal option and G1/8 ports. Mounting configuration: trunnion mounting bracket.
Product Catalog
Download Airtac Product Catalog (PDF)
For detailed product dimensions and mounting drawings, please download and refer to the PDF catalog.
Model Code Explained
Code
Meaning
SE
SE series, double-acting single-rod cylinder
32
32 mm bore
C
SUS316 stainless steel piston rod
X
Separator before stroke
1000
1000 mm stroke
S
With magnet in the piston
TC
Trunnion mounting bracket
N
NBR (nitrile rubber); basic seal references are not the N bill of materials
G
G1/8 port thread
Technical Specifications
Parameter
Value
Model
SE32CX1000STCNG
Action
Double acting, single rod
Bore
32 mm
Stroke
1000 mm; Non-standard configurable stroke; confirm order and delivery conditions
Piston rod
SUS316 stainless steel
Magnetic piston
With magnet; a sensor is not implied included
Mounting selection
Trunnion mounting bracket
Seal option
NBR; confirm individual seal materials
Port thread
G1/8
Working medium
Clean compressed air filtered through a 40 µm or finer filter
Operating pressure
0.15–1.0 MPa (1.5–10 bar; approximately 22–145 psi)
Proof pressure
1.5 MPa (15 bar); not the continuous operating pressure
Operating temperature
−20 to 70 °C; avoid freezing condensate
Piston speed
30–800 mm/s; select controls for the actual load and piping
Stroke tolerance
+1.5 / 0 mm
Cushioning
Adjustable pneumatic cushioning at both ends
Series cushion-stroke reference
27 mm nominal catalog value; actual deceleration depends on stroke, load and adjustment
Rod diameter and end thread
12 mm; M10 × 1.25
Sensor selection
Optional CMSE or DMSE sensor for this magnetic configuration; select the exact sensor separately
Calculated weight reference
3773 g (3.773 kg); bare-cylinder reference, excluding mounting and rod-end accessories
Weight basis: 513.0 g non-stroke mass + 1000 mm × 3.26 g/mm, using the basic SE32 catalog formula as a dimensional reference estimate. No N-seal or rod-material mass correction is specified. This is not a measured or packed shipping weight. Mounting-part masses are not catalogued and are excluded. Actual supplied mass prevails.
Features and Operation
The catalog lists ISO 15552 and VDMA 24562 as the cylinder design standards; this is not a separate certification claim.
Compressed air alternately drives the piston in both directions. The profiled double-acting piston seal has a compact, oil-retaining design.
Square aluminum-alloy barrel without external tie rods, with adjustable end cushioning. Use external guidance where the load would bend or twist the rod.
Select mounting parts to match the motion and load path. A catalog-compatible accessory is not automatically included in the delivery.
External and Mounting Dimensions
Basic SE32 single-rod geometry below. Dimensions are in millimeters unless a thread is specified. Magnetic and non-magnetic versions have the same catalog dimensions. These are bare-cylinder dimensions, not the maximum envelope of the complete mounted assembly or packaging.
Parameter
Value
A + stroke, retracted
1142 mm = 142 + 1000; rod-thread end to rear-cover face, excluding rear locating boss
AC + stroke, body face span
1094 mm = 94 + 1000
Bare-cylinder overall length, retracted
1145 mm = 142 + 1000 + 3; calculated from catalog dimensions, including rear locating boss
Bare-cylinder overall length, fully extended
2145 mm = 142 + 2 × 1000 + 3; calculated from catalog dimensions, including rear locating boss
Body cross-section, width × height
46.5 × 46.5 mm (□B)
Mounting holes
8 × M6 (K), 16 mm deep (KA); 32.5 × 32.5 mm centers (□KB)
Rod diameter / rod-end thread
D = 12 mm; E = M10 × 1.25; EA = 22 mm
Locating bosses
ØM = 30 mm; ØN = 30 mm; rear projection NA = 3 mm
Rod-end local dimensions
AB = 48; DA = 29; F = 17; FA = 6; H = 10 mm
Cover and port local dimensions
AD = 27.5; AE = 27.5; MA = 19; PA = 13.5; PB = 6 mm; P = G1/8
Overall lengths include the rod-thread end and rear locating boss as stated; they exclude separately fitted mounting brackets, rod-end joints, air fittings and sensors. Lettered local dimensions refer to their corresponding catalog drawing.
Selected mounting dimensions follow. Their letter symbols belong to the individual accessory view; do not add unrelated dimensions or interpret them as a verified complete-assembly length × width × height.
Parameter
Value
Selected accessory
TC: Trunnion mounting bracket; part F-SE32TC
A+stroke
1142 mm = 142 + 1000
C+stroke
1094 mm = 94 + 1000
Other drawing dimensions (mm)
AA = 74; CA = 12; E = 52; F = 31
Other drawing dimensions (mm)
G = 68
For detailed product dimensions and mounting drawings, please download and refer to the PDF catalog.
Assembly and Accessory Selection
TC is used with a TCM1 or TCM2 trunnion support. Select and confirm the matching support and supplied quantities; do not assume it is included. Keep the support at the catalog mounting position.
TC bracket reference: 2–3 N·m locking torque and 800 N static support force at the catalog torque. This bracket reference is not cylinder output force or a safe working-load rating for the complete machine.
Optional part
Application
F-SI32LB
Foot mount (LB); low-carbon steel
F-SI32FA
Front flange (FA); aluminum alloy
F-SI32FA
Rear flange (FB); aluminum alloy
F-SE32CA
Rear single clevis (CA); spheroidal graphite cast iron
F-SE32CB
Rear double clevis (CB); spheroidal graphite cast iron
F-SI32CR
Rear pivot support used with CB (CR); spheroidal graphite cast iron
F-SE32TC
Trunnion mounting bracket (TC)
F-SI32FTC
Front trunnion mount (FTC); cast steel
F-SI32TCM1
Trunnion support type 1 (TCM1); cast steel
F-SI32TCM2
Trunnion support type 2 (TCM2); aluminum alloy
F-M10X125I
I-type rod-end joint; M10 × 1.25 connection; 75 g catalog accessory reference, only added to assembly mass when actually supplied
F-M10X125Y
Y-type rod-end joint; M10 × 1.25 connection; 86 g catalog accessory reference, only added to assembly mass when actually supplied
F-M10X125F
Floating joint; M10 × 1.25 connection; 107 g catalog accessory reference, only added to assembly mass when actually supplied
F-M10X125U
Rod-end bearing / spherical rod-end joint; M10 × 1.25 connection; 69 g catalog accessory reference, only added to assembly mass when actually supplied
CR requires CB; FTC and TC pair with TCM1 or TCM2. CMSE and DMSE sensors require the magnetic S cylinder. Sensor electrical ratings belong to the selected sensor, not to the air cylinder. Installation hardware, sensors, rod-end joints and service parts must be specified separately unless confirmed in the order.
For maintenance, match the SE32 seal kit, wear ring, guide bushing and front/rear covers to the actual seal material and production revision. A replacement magnet applies only to the magnetic version. Confirm the exact service-part number before ordering; cylinder size or an internal drawing number alone is insufficient.
Compatible Magnetic Sensors
This S configuration has a magnetic piston and accepts E-profile DMSE or CMSE switches in its sensor groove. The options below are ordered separately; select the output and cable for the controller, supply and installation. S does not include a sensor or connection cable.
Sensor option
Electrical selection and complete order codes
DMSE: 2-wire electronic
10–28 V DC; load 2.5–100 mA, max. 2.8 W. Direct cable: DMSE-020, DMSE-030, DMSE-050, DMSE-100. Quick connector: DMSE-M08, DMSE-M08010, DMSE-M08020, DMSE-M08030, DMSE-M12, DMSE-M12010, DMSE-M12020, DMSE-M12030. IP68 direct cable: DMSE-020-W, DMSE-030-W, DMSE-050-W, DMSE-100-W.
DMSE: NPN 3-wire
5–30 V DC; max. 200 mA and 6 W; sinking output. Direct cable: DMSE-N020, DMSE-N030, DMSE-N050, DMSE-N100. Quick connector: DMSE-NM08, DMSE-NM08010, DMSE-NM08020, DMSE-NM08030, DMSE-NM12, DMSE-NM12010, DMSE-NM12020, DMSE-NM12030. IP68 direct cable: DMSE-N020-W, DMSE-N030-W, DMSE-N050-W, DMSE-N100-W.
DMSE: PNP 3-wire
5–30 V DC; max. 200 mA and 6 W; sourcing output. Direct cable: DMSE-P020, DMSE-P030, DMSE-P050, DMSE-P100. Quick connector: DMSE-PM08, DMSE-PM08010, DMSE-PM08020, DMSE-PM08030, DMSE-PM12, DMSE-PM12010, DMSE-PM12020, DMSE-PM12030. IP68 direct cable: DMSE-P020-W, DMSE-P030-W, DMSE-P050-W, DMSE-P100-W.
CMSE: 2-wire reed contact
5–240 V AC/DC; meet both 100 mA and 10 W maximum limits. CMSE-020, CMSE-030, CMSE-050, CMSE-100, CMSE-M08, CMSE-M08010, CMSE-M08020, CMSE-M08030, CMSE-M12, CMSE-M12010, CMSE-M12020, CMSE-M12030.
CMSE-H: high-temperature reed contact
5–240 V AC/DC; meet both 100 mA and 10 W maximum limits. No indicator light. Sensor rating −10 to 125 °C; this does not raise the cylinder or complete assembly temperature limit. CMSE-020-H, CMSE-030-H, CMSE-050-H, CMSE-100-H, CMSE-M08-H, CMSE-M08010-H, CMSE-M08020-H, CMSE-M08030-H, CMSE-M12-H, CMSE-M12010-H, CMSE-M12020-H, CMSE-M12030-H.
A05-DMSE: flex-resistant cable
2-wire electronic; 10–28 V DC; load 2.5–100 mA, max. 2.8 W; IP64. Direct cable: A05-DMSE-020, A05-DMSE-030, A05-DMSE-050, A05-DMSE-100.
A06-DMSE: oil-resistant flex cable
2-wire electronic; 10–28 V DC; load 2.5–100 mA, max. 2.8 W; built-in IP68. Direct cable: A06-DMSE-020, A06-DMSE-030, A06-DMSE-050, A06-DMSE-100.
A05-CMSE: flex-resistant cable
2-wire reed contact; 5–240 V AC/DC; meet both 100 mA and 10 W maximum limits; IP64. Direct cable: A05-CMSE-020, A05-CMSE-030, A05-CMSE-050, A05-CMSE-100.
M8 female cable: 2-wire CMSE / DMSE
F-ECM08B020, F-ECM08B030, F-ECM08B050, F-ECM08B100. Lengths: 2, 3, 5 and 10 m, respectively.
M8 female cable: 3-wire NPN / PNP DMSE
F-ECM08C020, F-ECM08C030, F-ECM08C050, F-ECM08C100. Lengths: 2, 3, 5 and 10 m, respectively.
M12 female cable: 2-wire CMSE / DMSE
F-ECM12B020, F-ECM12B030, F-ECM12B050, F-ECM12B100. Lengths: 2, 3, 5 and 10 m, respectively.
M12 female cable: 3-wire NPN / PNP DMSE
F-ECM12C020, F-ECM12C030, F-ECM12C050, F-ECM12C100. Lengths: 2, 3, 5 and 10 m, respectively.
Cable codes: 020 = 2 m, 030 = 3 m, 050 = 5 m and 100 = 10 m. M08/M12 = M8/M12 male connector with 0.5 m lead; M08010/M12010 = 1 m, M08020/M12020 = 2 m and M08030/M12030 = 3 m. Match the separately ordered female cable to connector size, wire count and pin assignment; connector size alone is insufficient.
Standard DMSE/CMSE and A05/A06 sensors operate at −10 to 70 °C. Use the overlap of cylinder, sensor and cable ratings. General sensors are IP64; only the listed DMSE-W direct leads and A06-DMSE have IP68. A05/A06 use direct leads only; use at least a 19 mm cable bend radius and suitable protection for the environment.
For 3-wire DC sensors: brown = positive, blue = negative, black = output. NPN uses a load between positive and output; PNP uses a load between output and negative. Two-wire switches require a series load. Check residual voltage and leakage against the controller input: DMSE 2-wire max. 3.5 V / 0.06 mA; DMSE 3-wire max. 0.7 V / 0.01 mA. Connect the load before energizing and follow the selected sensor wiring diagram.
Installation: loosen the sensor screw, slide the E-profile sensor into the cylinder groove, position it within the switching range, then tighten to 0.15–0.20 N·m; never exceed 0.25 N·m. Keep wiring clear of motion and high-voltage cables. Check sensing position and secure wiring after installation.
The female cables above are optional for matching quick connectors; direct-lead sensors do not require them. Three-wire female cable pins: 1 brown (+), 3 blue (−), 4 black (output). Two-wire: pin 1 brown (+), 4 blue (−); pin 3 unused.Force and System Selection
Parameter
Value
Theoretical extension force
402 N at 0.5 MPa
Theoretical retraction force
345 N at 0.5 MPa
Load selection
Allow for friction, acceleration and service margin. Theoretical force is not a safe payload rating.
Catalog load-ratio guidance
Up to 0.7 for static/low-speed duties, 0.5 at 50–500 mm/s and 0.3 above 500 mm/s; select for the actual duty
Effective flow-area reference
At 300 / 400 / 500 / 600 / 700 / 800 mm/s: 1.3 / 1.7 / 2.1 / 2.5 / 2.9 / 3.4 mm² respectively
Tubing reference, outside / inside diameter
6 / 4 mm at 300–500 mm/s; 8 / 5 mm at 600–800 mm/s
Circuit accessories. Order separately; alternatives below are not an included kit. Check clearance, load, flow, tube length, control logic and the lowest component pressure/temperature limits. Match each joint; upstream valve threads may differ from cylinder threads.
Cylinder fittings (G1/8). GPC601, GPC601D, GPC801, GPC801D, GPL601, GPL601D, GPL801, GPL801D. GPC straight; GPL elbow; gasket seal. 601 = 6 mm tube OD; 801 = 8 mm. D = black; no D = gray.
Port speed controls (G1/8). GPTL601A, GPTL601AD, GPTL601B, GPTL601BD, GPTL801A, GPTL801AD, GPTL801B, GPTL801BD, GPSS601A, GPSS601AD, GPSS601B, GPSS601BD, GPSS801A, GPSS801AD, GPSS801B, GPSS801BD. GPTL push-lock; GPSS universal. A = meter-out (normal double-acting circuit); B = meter-in only for a designed meter-in circuit. Tube/color codes as above.
Inline controls. ASC10006G: female G1/8 ports, needs separate fittings; 0.05–0.95 MPa. PSA6, PSA6D, PSA8, PSA8D: tube-to-tube, 6/8 mm OD. Orient controlled flow correctly.
Valve exhaust silencers. GBSL01, GBSLM01, GBESL01: match G1/8 valve exhaust, never cylinder working ports. GBSL universal, GBSLM mini, GBESL throttling. Check backpressure/flow.
Directional valves. 5V11006B050, 5V12006B050, 5V21006B050, 5V22006B050 (PT1/8, DC24V, 0.5 m leads); 4V11006BG, 4V12006BG, 4V21006BG, 4V22006BG (G1/8, DC24V, DIN); 4A11006G, 4A12006G, 4A21006G, 4A22006G (G1/8, external control air). 10/20 = single/double solenoid (5V/4V) or pneumatic pilot (4A). 5V/4V are internally piloted. These examples require 0.15–0.8 MPa and 40 µm or finer filtration. Use DC24V for the listed electrical codes. PT valves need PT fittings at valve ends. 4M NAMUR valves require a verified adapter/manifold; no SE direct mounting is established.
Tubing examples. US98A060040100MBU, US98A080050100MBU, UE95A060040100MBU, UE95A080050100MBU, PA6060040100MBU, PA12060040100MBU, UN54D060040100MBU, UN54D080050100MBU. Blue 100 m coils, not included cut lengths: US/UE = PU; PA6/PA12 = nylon; UN = flame-resistant. 060040 = 6×4 mm OD×ID; 080050 = 8×5 mm. Reference speeds 300–500 / 600–800 mm/s respectively, not guarantees. PU rating 1 MPa at 23°C derates with temperature; check bend radius and all material ratings.
Upstream filter/regulator. GAFR20006SG (G1/8): 40 µm, PC bowl, manual/differential-pressure drain, gauge/bracket. Inlet ≤1 MPa; setting 0.15–0.9 MPa; −5 to 70°C, non-freezing. Check required flow, pressure drop, condensate and bowl environment. Not cylinder-mounted or a bore-specific mandatory size; set pressure within every downstream rating.Internal Components
Catalog item
Material / scope
1 — Rod-end nut
Carbon steel or stainless steel, according to the supplied part specification
2 — Piston rod
SUS316 stainless steel
3 — Front-cover O-ring
TPU (basic reference)
4 — Front cover
Aluminum alloy
5 — Bushing
Wear-resistant material
6 — Cushion O-ring
TPU (basic reference)
7 — Cylinder barrel
Aluminum alloy
8 — O-ring
NBR (basic reference)
9 — Piston
Aluminum alloy
10 — Piston O-ring
NBR (basic reference)
11 — Wear ring
Wear-resistant material
12 — Magnet
Plastic magnet for this 32 mm magnetic cylinder
13 — Hexagon socket screw
Carbon steel
14 — Cushion seal
TPU (basic reference)
15 — Rear cover
Aluminum alloy
16 — Pillar nut
Carbon steel or stainless steel, according to the supplied part specification
Series Ordering Options
The following are series options, not additional features of this model. SE is single rod; SED is double rod; SEJ is double rod with adjustable stroke. Their dimensions and weight formulas differ. Rod material: omitted = medium carbon steel, A = SUS420J2, B = SUS304, C = SUS316. Seal option: omitted = TPU, H = fluororubber, N = NBR. S selects the magnetic piston; omitted selects no magnet. Port thread: omitted = PT, G = G thread. A different seal code alone does not establish a higher operating-temperature rating.
SE32 catalog standard strokes are 25, 50, 75, 80, 100, 125, 150, 160, 175, 200, 250, 300, 350, 400, 450 and 500 mm. The catalog separately lists a 1000 mm maximum stroke and an 1800 mm allowable stroke. Other strokes are configurable subject to order conditions; this does not mean every stroke is standard stock. Select a long-stroke installation for rod support, load direction and stability.
Installation and Maintenance
Installation and servicing should be performed by trained personnel. Isolate power and air and release residual pressure before servicing; prevent sudden rod movement during restart.
Protect against dust, splash, corrosive media and freezing condensate; use suitable components for special environments. Keep magnetic versions away from strong external magnetic fields.
Provide guarding and suitable measures against unintended movement or dropped loads after pressure loss. The cylinder alone is not a safety holding device.
Factory prelubrication generally permits operation without added oil. If lubrication is used, use additive-free ISO VG32 turbine oil and continue lubrication once started; do not use engine or spindle oil.
Use clean, properly treated compressed air and flush piping before connection. Keep thread sealant or tape clear of the first one to two threads to prevent contamination.
Adjust air cushioning for the actual load and speed; avoid side loading and protect the rod surface. Cap ports and protect against corrosion during extended storage.
Install speed controls at both cylinder ports. For commissioning, start with the flow controls closed and open them gradually from low speed; exhaust throttling is commonly used for stable speed.
Adjust the cushion needle for the load and speed so the piston does not strike the end cover or rebound; do not force the cushion adjustment screw.
Keep the rod axis aligned with the load motion. Guide external loads separately to avoid bending, side load and torque on the rod; support long-stroke installations against sag and vibration.
Use a pivoting cylinder mount for swinging linkages instead of forcing a foot-mounted cylinder to follow an arc. Select front/rear flange orientation for the predominant load direction.
Inspect seals, mount fixings, air leaks and rod condition periodically. Use service parts matched to the exact cylinder, seal material and revision; internal drawing numbers are not independent order codes.
Additional Connection and Tube-Side Options
Additional optional G1/8 and metric tube-side selections below supplement the codes already listed above. Parts are selected and sold separately; this is not an included kit or a promise of stock. Match the exact thread and specified seal, insertion depth, tool/rotation clearance, flow and tube loading. PT, G and NPT are not interchangeable. The M10 × 1.25 rod thread is not an air port.
Selection
Additional complete codes; tube OD unless stated
GPC straight
10 mm: GPC1001, GPC1001D; 12 mm: GPC1201, GPC1201D
GPL elbow
10 mm: GPL1001, GPL1001D; 12 mm: GPL1201, GPL1201D
GPC miniature straight
4 mm: GPC401-M, GPC401D-M; 6 mm: GPC601-M, GPC601D-M
GPL miniature elbow
4 mm: GPL401-M, GPL401D-M; 6 mm: GPL601-M, GPL601D-M
GPLL extended elbow
4 mm: GPLL401, GPLL401D; 6 mm: GPLL601, GPLL601D; 8 mm: GPLL801, GPLL801D; 10 mm: GPLL1001, GPLL1001D
GPEB branch tee
4 mm: GPEB401, GPEB401D; 6 mm: GPEB601, GPEB601D; 8 mm: GPEB801, GPEB801D; 10 mm: GPEB1001, GPEB1001D
GPED run tee
4 mm: GPED401, GPED401D; 6 mm: GPED601, GPED601D; 8 mm: GPED801, GPED801D; 10 mm: GPED1001, GPED1001D
GPYB Y
4 mm: GPYB401, GPYB401D; 6 mm: GPYB601, GPYB601D; 8 mm: GPYB801, GPYB801D; 10 mm: GPYB1001, GPYB1001D
GPH banjo elbow
4 mm: GPH401, GPH401D; 6 mm: GPH601, GPH601D; 8 mm: GPH801, GPH801D
GPHF female branch banjo
4 mm: GPHF401, GPHF401D; 6 mm: GPHF601, GPHF601D; 8 mm: GPHF801, GPHF801D
GPHW twin banjo
4 mm: GPHW401, GPHW401D; 6 mm: GPHW601, GPHW601D; 8 mm: GPHW801, GPHW801D
GPZB cross
6 mm: GPZB601, GPZB601D; 8 mm: GPZB801, GPZB801D
GPKD reducing distribution fitting
main 6 / branch 4 mm: GPKD6-401, GPKD6-401D
GBPC metal straight
4 mm: GBPC401; 6 mm: GBPC601; 8 mm: GBPC801; 10 mm: GBPC1001
GBKC compression fitting
4 × 2.5 mm: GBKC0425-01; 6 × 4 mm: GBKC0604-01; 8 × 5 mm: GBKC0805-01; 8 × 5.5 or 6 mm: GBKC0806-01
GBB male–male adapter
other male G1/8: GBB0101; other male G1/4: GBB0102; other male G3/8: GBB0103
GBZ auxiliary plug
GBZ01
PSA / PSA-S inline flow control
4 mm: PSA4, PSA4-S, PSA4D, PSA4D-S; 6 mm: PSA6-S, PSA6D-S; 8 mm: PSA8-S, PSA8D-S; 10 mm: PSA10, PSA10-S, PSA10D, PSA10D-S; 12 mm: PSA12, PSA12-S, PSA12D, PSA12D-S
GPSA inline flow control
4 mm: GPSA4, GPSA4D; 6 mm: GPSA6, GPSA6D; 8 mm: GPSA8, GPSA8D; 10 mm: GPSA10, GPSA10D; 12 mm: GPSA12, GPSA12D
PPA valve-exhaust silencer
6 mm: PPA6; 8 mm: PPA8; 10 mm: PPA10; 12 mm: PPA12
PU tube, OD × ID
4 × 2.5 mm: US98A040025100MBU, UE95A040025100MBU; 10 × 6.5 mm: US98A100065100MBU, UE95A100065100MBU; 12 × 8 mm: US98A120080100MBU, UE95A120080100MBU
Push-in and flow-control options use suitable soft nylon or PU tube. D means black and blank grey only where offered; -M is miniature and -S denotes specified stainless 304 parts, not necessarily an all-stainless body. Match tube OD; compression fittings also require the stated ID. GPHF has an additional female G1/8 port that needs its own intentional mating connection or permitted closure. Tees, Y, cross and distribution fittings share a flow path: never bridge the two cylinder chambers or unrelated control circuits.
SE32 operates at 0.15–1 MPa and −20–70 °C. Ordinary push-in and listed flow-control components are rated 0–1 MPa and −20–70 °C. GBPC: 0–0.9 MPa and 0–150 °C, giving an SE32 path no wider than 0.15–0.9 MPa and 0–70 °C. GBKC/GBB/GBZ: 0–1 MPa and 0–150 °C, giving an SE32 path no wider than 0.15–1 MPa and 0–70 °C. Apply every lower selected valve, tube and sensor limit; the directional-valve examples above limit their circuit to 0.8 MPa. Component negative-pressure ratings do not establish an SE32 vacuum assembly rating.
GBKC0806-01 accepts 8 × 5.5 or 8 × 6 mm tube; the 8 × 5 mm PU example needs GBKC0805-01. Hold the fitting body during threaded installation, insert the tube fully and then tighten the nut. GBB has two male G ends: 0101 is 1/8 to 1/8, 0102 is 1/8 to 1/4, and 0103 is 1/8 to 3/8; the other end needs a matching female G component. GBZ closes only a permitted unused auxiliary connection, never either active SE32 working port.
At the cylinder working port, A restricts cylinder/thread → tube flow (meter-out), with free reverse feed; B restricts tube → cylinder flow (meter-in). Use A for the usual double-acting exhaust-control circuit; B only for an intentionally designed meter-in circuit. Start closed and open slowly; flow control is not safety isolation. GPTL 1/8 cap adjustment: recommended 0.08 N·m, not threaded installation torque. PSA/GPSA are threadless tube-to-tube controls for either PT or G circuits; match both tube ODs and the body flow symbol. They have no A/B ordering suffix. The G in GPSA does not specify a G-thread port.
PPA6, PPA8, PPA10 and PPA12 have plain 6, 8, 10 and 12 mm stems respectively; they need a matching push-in socket on a separately selected directional-valve exhaust route. PPA: POM body/cap and PE filter, 0–1 MPa, −20–70 °C; 25 dB at 0.5 MPa is a catalog test, not a site-noise guarantee. No D or thread suffix applies. PPA and threaded silencers must never occupy SE32 working ports or act as inlet filters or safety shutoffs. Match the actual valve exhaust and check flow/backpressure; GBESL adjustment changes backpressure.
The added US98A/UE95A codes are separately sold blue 100 m coils. Their 1 MPa rating is at 23 °C and requires temperature derating. US98A is rated −20–70 °C; UE95A −40–70 °C, but the SE32 assembly remains within the intersection of all limits. The additional 4, 10 and 12 mm sizes do not inherit the earlier 6 × 4 / 8 × 5 mm speed references. Check bend radius, routing, pressure, load, pipe length and actual flow; retain the earlier PA and UN alternatives where suitable.
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