Commercial Pressure and Float Switches for Power Circuits Catalog 9034CT9701R01/11 Class 9013, 9036, 9037, 9038 TM
Commercial Pressure and Float Switches for Power Circuits Table of Contents Table of Contents SELECTION GUIDE—PUMPTROL™ COMMERCIAL PRESSURE SWITCHES .............................................................................................. 4 Class 9013 Electromechanical, Conforming to UL508 and CSA ...... 4 SELECTION GUIDE—FLOAT SWITCHES ............................................. 6 Class 9036 Type D—Open Tank, General Purpose ......................... 6 Class 9036 Type G—Open Tank, Heavy Duty ......
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Pumptrol™ Commercial Pressure Switches TM Selection Guide—Pumptrol™ Commercial Pressure Switches Class 9013 Electromechanical, Conforming to UL508 and CSA Pumptrol Family 9013FSG 9013FTG 9013FYG Type of Installation Power circuit Power circuit Power circuit Controls Fresh or sea water Fresh or sea water Fresh or sea water Type of Operation Regulation between 2 thresholds (adjustable differential).
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Pumptrol™ Commercial Pressure Switches Pumptrol Family 9013FRG 9013FHG 9013G Type of Installation Power circuit Power circuit Power circuit Controls Fresh or sea water Air only Water or air Type of Operation Reverse acting, contacts open on falling pressure (adjustable differential) Light industrial, with higher electrical Control of electrically driven air ratings for direct control of motors in compressors, contacts o
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Selection Guide—Float Switches Class 9036 Type D—Open Tank, General Purpose Type of Installation Horsepower rated Product Features 2-pole switch, lever operated Standard action—contacts close on liquid rise Reverse action—contacts open on liquid rise Fluids Controlled Water, hydraulic oils, corrosive fluids Fluid Characteristics Fresh water, sea water, hydraulic oils, and corrosive fluids with a density ≥ 0.
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9036 Type G—Open Tank, Heavy Duty Type of Installation Horsepower rated Product Features 2-pole switch Standard action—contacts close on liquid rise Reverse action—contacts open on liquid rise Fluids Controlled Water, hydraulic oils, corrosive fluids Fluid Characteristics Fresh water, sea water, hydraulic oils, and corrosive fluids with a density ≥ 0.8 Contact Arrangement Standard: 2 N.O.
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9049—Accessories for Class 9036 Type D and G Tapped-at-Top Floats (#304 SS) [1] Accessory Kits Center-Hole Floats (#304 SS) [2] Additional Tubing [3] Tubing (rods) 5 ft brass 5 ft Al 5 ft SS 5 ft brass 5 ft Al 5 ft SS 2.5 ft brass 2.5 ft Al 2.5 ft SS Net buoyancy in water 7 in.
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9036 Type FG—Open Tank, Pedestal Style © 2011 Schneider Electric All Rights Reserved Type of Installation Horsepower rated Product Features 2-pole switch, forward or reversing Contacts open or close on liquid rise (field convertible) Fluids Controlled Water, hydraulic oils, corrosive fluids Fluid Characteristics Fresh water, sea water, hydraulic oils, and corrosive fluids with a density ≥ 0.
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9049 Type UMS1—Universal Mounting Plate Description Mounting plate Product Features Pedestal mount Material Cold rolled steel Finish Painted, powder coated Mounting Connection Threaded to accept 1 in. diameter iron pipe Catalog Numbers 9049UMS1 Page 67 Figure 1: 9049UMS1 Dimensions . 1 in 1.3 4.0 n. 0i 0i n. 7.
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9037 Type E—Closed Tank, Flange Mounted Type of Installation Horsepower rated Product Features 2-pole switch Standard action—contacts close on liquid rise Reverse action—contacts open on liquid rise Fluids Controlled Water, hydraulic oils, corrosive fluids Fluid Characteristics Fresh water, sea water, hydraulic oils, and corrosive fluids with a density ≥ 0.8 Contact Arrangement Standard: 2 N.O.
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9037 Type H—Closed Tank with Bushing Type of Installation Horsepower rated Product Features 2-pole switch Standard action—contacts close on liquid rise Reverse action—contacts open on liquid rise Fluids Controlled Water, hydraulic oils, corrosive fluids Fluid Characteristics Fresh water, sea water, hydraulic oils, and corrosive fluids with a density ≥ 0.8 Contact Arrangement Standard: 2 N.O. (DPST).
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9038 Type A—Mechanical Alternator, Open Tank Type of Installation Horsepower rated Product Features 4-pole switch Standard action—contacts close on liquid rise Reverse action—contacts open on liquid rise Fluids Controlled Water, hydraulic oils, corrosive fluids Fluid Characteristics Fresh water, sea water, hydraulic oils, and corrosive fluids with a density ≥ 0.8 Contact Arrangement 4 N.O.
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9038 Type C—Mechanical Alternator, Closed Tank Type of Installation Horsepower rated Product Features 4-pole switch Standard action—contacts close on liquid rise Reverse action—contacts open on liquid rise Fluids Controlled Water, hydraulic oils, corrosive fluids Fluid Characteristics Fresh water, sea water, hydraulic oils, and corrosive fluids with a density ≥ 0.8 Contact Arrangement 4 N.O.
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Class 9038 Type D—Mechanical Alternator, Closed Tank © 2011 Schneider Electric All Rights Reserved Type of Installation Horsepower rated Product Features 4-pole switch Standard action—contacts close on liquid rise Reverse action—contacts open on liquid rise Fluids Controlled Water, hydraulic oils, corrosive fluids Fluid Characteristics Fresh water, sea water, hydraulic oils, and corrosive fluids with a density
Commercial Pressure and Float Switches for Power Circuits Selection Guide—Float Switches Type of Installation Float Kits Float Rod Kits Material #304 SS #316 SS #304 SS #316 SS — — — — — — Dimensions, in. (mm) Diameter x Length 3.625 x 4.5 (92 x 114) 3.625 x 4.5 (92 x 114) 2.5 x 7 (64 x 178) 2.5 x 7 (64 x 178) — — — — — — R Dimension, in. (mm) — — — — 1.75 (44) 2.50 (64) 3.25 (83) 5.25 (133) 7.25 (184) 12.25 (311) H Dimension, in. (mm) — — — — 8.25 (210) 9.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G TM Electromechanical Pressure Switches, Class 9013 Types F and G Introduction The Pumptrol Class 9013 Type F commercial pressure switches are UL Listed and CSA certified as commercial control equipment. Type G pressure switches are UL Listed and CSA certified as commercial / light industrial control equipment.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Settings 1 Pressure switches with adjustable differential (Types FSG, FYG, and FRG) 2 When setting the pressure switch, adjust the setting point on falling pressure first, then the setting point on rising pressure (PB). • Setting point on falling pressure The setting point on falling pressure is set by adjusting range-nut 1.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G General Specifications Types FSG/FSW, FTG/FTW, and FYG/FYW Table 1: Environment Type FSG/FSW FTG/FTW FYG/FYW Conforming to standards UL 508, NEC Article 430-84, ANSI/NSF Standard 61, FDA 21CFR.2600 Product approvals UL File E12158 CCN NKPZ , CSA File LR 25490 Class 321106 Degree of protection IP20, NEMA Type 1 (Types F•G).
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Types FRG, FHG, and G Table 4: Environment Type FRG Conforming to Standards UL 508, NEC Article 430-84, ANSI/NSF Standard 61, FDA 21CFR.2600 FHG G Product approvals UL File E12158 CCN NKPZ , CSA File LR 25490 Class 321106 Degree of protection IP20, NEMA Type 1.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Interpretation of the Catalog Number TM Class 9013 Type F Water Pump Switches Example: 9013FSG2J24C20 FS G 2 Type Enclosure Fluid Connection Differential Range psi psi FS: Standard Adj Diff ≤ 1.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Class 9013 Type F Air Compressor Switches TM Example: 9013FHG2J27C20 FH G 2 Type Enclosure Low hp ≤ 1.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Class 9013 Type G Pressure Switches TM Example: 9013GHG2J26C10 GH G 2 J26 C10 Type Enclosure Fluid Connection Code psi Form Modification [1] GH: 200/250 psi G: NEMA 1 1: 1/8“ NPSF internal 200 J20: 20–40 C10: Standard pack of 10 devices per box GHB, GHG, GSB, GSG GS: 80 psi B: NEMA 3R 2: ¼“ NPSF internal 200 J21: 30–50 E: GM: 35 psi W: NEMA 4 3: 3/8“ NPS
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Selection and Specifications Type FSG, 2-Pole, 2 N.C. Contacts Degree of Protection IP20, NEMA Type 1 Flange Style Adjustable range of setting point 20.3–66.7 psi (1.4–4.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point 20.3–66.7 psi (1.4–4.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on rising pressure Differential Adjustable Fluid Connections 1/4" NPSF internal 1/4" NPT external Catalog Numbers NEMA Type 1, IP20 9013FSG52 9013FSG59 NEMA Type 3R — — Water Water Fluids Controlled Pressure Range Cut-out psig (bar) 25–80 (1.7–5.5) 25–80 (1.7–5.5) Cut-in psig (bar) 5–60 (0.3–4.2) 5–60 (0.3–4.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Type FTG, 2-Pole, 2 N.C.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Fixed range of setting point Contacts open on rising pressure Differential Fixed Fluid Connections 1/4" NPSF internal 1/4" NPT external 1/4" NPSF internal 1/4" NPT external Catalog Numbers NEMA Type 1, IP20 9013FTG22 9013FTG29 9013FTG42 9013FTG49 NEMA Type 3R [1] 9013FSW22 9013FSW29 9013FSW42 9013FSW49 Water Water Water Water Cut-out psig (bar) 20–50 (1
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Type FYG, 2-Pole, 2 N.C.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on rising pressure Differential Adjustable Fluid Connections 1/4" NPSF internal 1/4" NPT external 1/4" NPSF internal 1/4" NPT external — NEMA Type 1, IP20 9013FYG22 9013FYG29 9013FYG42 9013FYG49 9013FYG1–20 FYG20 with M4 [1] NEMA Type 3R [2] 9013FYW22 9013FYW29 9013FYW42 9013FYW49 — Water Water Water Wate
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Type FRG, 1- or 2-Pole, 2 N.O.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on falling pressure Differential Adjustable Adjustable Fixed Fixed Fixed Fixed Fluid Connections 1/4" flare 1/4" NPT external 1/4" NPSF internal 3/8" NPSF internal 1/4" flare 1/4" NPT external 1-pole NEMA Type 1, IP20 9013FRG38 9013FRG39 9013FRG52 9013FRG53 9013FRG58 9013FRG59 2-pole NEMA Type 1, IP20 9013
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Type FRG, 1- or 2-Pole, 2 N.O.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on falling pressure Differential Adjustable Fluid Connections 1/4" NPT external Catalog Numbers 1-pole NEMA Type 1, IP20 9013FRG99 2-pole NEMA Type 1, IP20 9013FRG89 Fluids Controlled Water Pressure Range Cut-out psig (bar) Cut-in psig (bar) Weight, lb (kg) 35–120 (2.4–8.3) 60–150 (4.14–10.3) 0.75 (0.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Type FHG, 2-Pole, 2 N.C.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on rising pressure Differential Fixed Pressure Connections 4-way Flange 1/4" NPT external 1/4" 4-way Flange 1/4" 4-way Flange 1/4" 4-way Flange Lower hp, 2 pole NEMA Type 1, IP20 9013FHG14 9013FHG19 9013FHG42 9013FHG44 9013FHG49 Higher hp, 2-pole NEMA Type 1, IP20 9013FHG34 9013FHG19 9013FHG52 9013FHG54 9013F
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Table 7: Description Bulk Package Form Numbers for 9013F Pressure Switches Bulk Package Quantity 16 20 40 50 400 500 9013FHG (without 1/4" four-way) — C20 — C50 — — 9013FHG4, 14, 24, 34, 44, 54 (with 1/4" 4-way flange) — C20 — C50 C400 — Product without Forms M1, M3, M4, 9013FRG M5, T, X1 9013FSG — C20 — C50 — — — C20 — C50 — — 9013FYG — C20 — C50 —
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Type G, 2-Pole, 2 N.C.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on rising pressure Fluid Connections 1/4" NPSF internal 3/8" NPSF internal 1/8" NPSF internal 1/4" NPSF internal 3/8" NPSF internal 1/4" NPSF internal NEMA Type 3R — — — — — 9013GHB2 NEMA Type 4 — — 9013GSW1 9013GSW2 9013GSW3 — NEMA Type 7, 9 9013GSR2 9013GSR3 — — — — Water or air Water or air Wate
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on rising pressure Fluid Connections 1/8" NPSF internal 1/4" NPSF internal 3/8" NPSF internal 1/8" NPSF internal 1/4" NPSF internal 3/8" NPSF internal Catalog Numbers NEMA Type 1, IP20 9013GHG1 9013GHG2 9013GHG3 — — — NEMA Type 7, 9 — — — 9013GHR1 9013GHR2 9013GHR3 Water or air Water or air Water or air
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on rising pressure Fluid Connections 1/8" NPSF internal 1/4" NPSF internal 3/8" NPSF internal 1/4" NPSF internal 1/8" NPSF internal 1/4" NPSF internal NEMA Type 1, IP20 — — — NEMA Type 3R — — — — 9013GHG4 9013GHG5 9013GHB5 — NEMA Type 4 9013GHW1 9013GHW2 — 9013GWG3 — — — Fluids / Pressure Controls W
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on rising pressure Fluid Connections 3/8" NPSF internal 1/8" NPSF internal 1/4" NPSF internal 3/8" NPSF internal 1/8" NPSF internal 1/4" NPSF internal — Catalog Numbers NEMA Type 1, IP20 9013GHG6 — — — — NEMA Type 4 — — — — 9013GHW4 9013GHW5 NEMA Type 7, 9 — 9013GHR4 9013GHR5 9013GHR6 — — Water or air
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Flange Style Adjustable range of setting point Contacts open on rising pressure Fluid Connections 3/8" NPSF internal Catalog Numbers NEMA Type 4 9013GHW6 NEMA Type 7, 9 — Fluids / Pressure Controls Water or air Pressure Range Cut-out psig (bar) 80–250 (5.5–17.2) Cut-in psig (bar) 30–190 (2.0–13.1) Weight, lb (kg) 8 (3.
Commercial Pressure and Float Switches for Power Circuits Electromechanical Pressure Switches, Class 9013 Types F and G Dimensions Type F Compressor and Water Pump Pressure Switches 0.30 8 3.76 96 2.78 71 0.30 8 0.50 13 2.80 2.50 71 64 0.75 19 1/2-14 Straight Pipe Thread (Form T) A 1.19 30 2.34 59 1.59 40 15/16 Hex Switch Type A Dimension, in.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Float Switches—Class 9036, 9037, and 9038 Introduction Square D™ brand offers a wide range of electromechanical level control products. • • • 9036DG2 Class 9036, Open Tank Class 9037, Closed Tank Class 9038, Mechanical Alternators Class 9036 Open Tank Type D and G The Class 9036 Type D and G float switches are lever operated and designed for open tank applications.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9037 Closed Tank Type E The Class 9037 Type E switches are flange mounted. Float movement is transmitted through a quad ring seal. Each switch consists of a basic switch, float rod, and float. The switch can be configured in the field for contacts that open on liquid rise or close on liquid rise. These switches are used for top mounted or side mounted, closed tank applications.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Selecting a Float Switch 9036DG2 Standard float switches have two contacts that close when the liquid rises above the designated level. This contact configuration is used for tank emptying applications. Float switches are also available with reverse (Form R) and double throw (Form H) contacts.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 The center-hole float is used in applications requiring long lengths of tubing and large liquid level changes. A compensating spring, used for longer lengths of tubing, supports the weight of the tubing and stops. When a compensating spring is used, the float must be buoyant enough to lift up the switch lever and heavy enough to trip the switch lever down. The rod has four stops.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9036 Type D and G Open Tank Float Switches Table 11 lists Class 9036 float switches and modifications. Table 11: • When ordering a factory installed modification, add the Form number to the end of the float switch catalog number. For example, to select a 9036DG2 switch with reverse action, order 9036DG2R. • Field installed modifications, when available, are ordered as kits.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Table 12 lists the trip forces and compensating spring requirements for Class 9036 Type D and G float switches. The trip force can be adjusted on the Type G switches by changing the lever length position.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 2.20 56 Reverse action 0.31 8 Dual Dimensions: 4.38 111 0.63 16 3.50 89 2.75 70 0.06 2 2.53 64 2 Holes Dia. 0.28 7 1.44 37 1.13 29 1.76 45 2.38 60 0.81 21 0.5 13 in. mm 1.88 48 1.47 1.03 26 37 3.13 80 Figure 6: 4.25 108 0.38 10 Conduit 0.5 13 4.19 106 1.13 29 2 Holes 0.41 Dia. 10 0.94 24 0.78 20 Types DR/DW Dimensions 5.5 138 1.19 30 1.31 33 3.93 100 Figure 5: 2.53 64 5.06 129 0.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9036 Type FG and Class 9049 Accessories Class 9036 Type FG30 pedestal-style sump pump switches provide: • Liquid level control with pumps operated by an electric motor, either directly or through a magnetic starter • • Activation of alarms in liquid level control systems Forward or reverse action (field selectable) The upward or downward movement of the lever arm controls the On and Off positions
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9037 Type E Closed Tank Float Switches Class 9037 closed tank float switches are used primarily on condensate pumps but may also be installed on closed industrial and diesel fuel day tanks.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Figure 8: Type EG Dimensions 3.69 94 1.11 1.06 28 27 2.69 68 0.25 6 3.97 101 Two 3/4-1/4 in. openings for 1/2 in. conduit on both sides NEMA 1 Enclosure, 2.63 Post 67 2.5 64 Net Weight 4 lb (1.8 kg) 1.97 50 4.5 114 * * Short length DIA. 3.63 92 0.97 25 diameter CL of Flange 5.75 146 of Float CL of Flange R 2.38 60 F 4 Holes 0.41 Dia. 10 13 5. 30 1 ia. d Figure 9: 4.4 1 112 dia . H 0.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9037 Type E Closed Tank Rod Kits Position 1 Operation In Position 1, the contacts close when the liquid rises. Select rod kits from Table 16. Table 16: Class 9049 Rod Kits—Position 1 Operation (Contacts Close on Liquid Rise) Catalog Numbers Dimension in. (mm) R H Min. A Max. Min. F Max. Water Level Change Figure 10: Rod Kits For Use on Float Switch Types Min. Max.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Position 2 Operation In Position 2, the contacts open when the liquid rises. Select rod kits from Table 17. Table 17: Class 9049 Rod Kits—Position 2 Operation (Contacts Open on Liquid Rise) Catalog Numbers Dimension in. (mm) For Use on Float Switch Types R H Rod Kits 9049ER1 9049ER2 9049ER3 9049ER5 9049ER7 EG9, EW9, ER9, EG13, EW13, ER13 1.75 (44) 2.50 (64) 3.25 (83) 5.25 (133) 7.25 (184) 12.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9037 Type H with Screw-in Bushing Table 19 contains ordering information for Class 9037 Type H float switches and factory installed modifications. Contact the Sensor Competency Center when using float switches in liquids with a different specific gravity than water (1.0). When ordering factory installed modifications, add the Form number to the end of the float switch catalog number.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Table 20 lists the float travel distances for the screw-in float switches. Refer to Figure 13. Figure 13: Travel Dimensions Table 20: Float Rod Angle f2 Type H Float Travel Distances, in. (mm) f1 H [1] R 45° f1 Minimum Maximum Minimum Maximum Minimum Maximum 6.22 (158) 2.25 (57) 4.50 (114) 2.00 (52) 4.50 (110) 4.25 (108) 9.00 (229) 3.00 (76) 4.25 (108) 2.75 (70) 4.25 (108) 2.25 (57) 4.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9038 Type A Mechanical Alternators Class 9038 mechanical alternators provide a simple, positive means of mechanically alternating two pumps or motors. These alternators are used on devices that are installed in a duplex system with a common tank.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Table 22 lists the operating forces for Class 9038 Type A alternators. Use this table when selecting additional tubing or when selecting floats and rods for accessories made by other manufacturers.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9038 Type C Mechanical Alternators with Bushing Table 24 contains ordering information for Class 9038 Type C mechanical alternators. Contact the Sensor Competency Center when using Class 9038 alternators in liquids with a different specific gravity than water (1.0). When ordering a factory modification, add the Form number to the end of the alternator catalog number.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Table 25 lists the float travel distances for the screw-in float switches. Refer to Figure 20. Table 25: Type C Float Travel Adjustments, in. (mm) A R Min. B C Max. Min. 3.5 (89) 4.75 (121) 2.5 (64) 5 (127) [2] 2.25 (57) 3.75 (95) 4 (102) 5.25 (133) 2.75 (70) 3 (76) 4 (102) 5.25 (133) 8 (203) 10.5 (267) 7 (178) [3] 2.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9038 Type D Flange-Mounted Mechanical Alternators Flange Mounted Table 26 contains ordering information for Class 9038 Type D alternators, factory modifications, and float kits. Order rod and float accessory kits separately. Contact the Sensor Competency Center when using Class 9038 alternators in liquids with a different specific gravity than water (1.0).
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9049 Rod Kits for Class 9038 Type D Float Travel Float travel is determined by the length of the hinge post and rod and by the float position. The float may be operated in three different positions. In Position 1, the contacts close when the liquid rises. In Position 2, the contacts open when the liquid rises.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Use the following table to select the appropriate rod kit when ordering Class 9038 Types DG8, DW8, or DR8 alternators. Table 28: Class 9049 Rod Kits for Use on Class 9038 Types DG8, DW8, and DR8 Alternators Float Travel for Class 9038 Types DG8, DW8, and DR8 Alternators Minimum Water Level Change (V = 2.63 in. / 67 mm) Catalog No. 9049ER1 9049ER2 9049ER3 9049ER5 9049ER7 9049ER12 Dimensions in.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Use the following table to select the appropriate rod kit when ordering Class 9038 Type DG10, DW10, or DR10 alternators. Table 30: Class 9049 Rod Kits for Class 9038 Type DG10, DW10, and DR10 Alternators Float Travel for Class 9038 Types DG10, DW10, and DR10 Alternators Minimum Water Level Change (V = 4.69 in. / 119 mm) Catalog No. 9049ER1 9049ER2 9049ER3 9049ER5 9049ER7 9049ER12 Dimensions in.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 Class 9049 Accessories and Class 9998 Renewal Parts Kits Table 31: Class 9049 Accessories Catalog Number Description Equipment To Be Serviced 9049A6 7 in. Tapped at Top #304 Stainless Steel Float, 5 ft Brass Rod, 2 Stops All 9036, 9038A 9049A6A 7 in. Tapped at Top #304 Stainless Steel Float, 5 ft Aluminum Rod, 2 Stops All 9036, 9038A 9049A6C 7 in.
Commercial Pressure and Float Switches for Power Circuits Float Switches—Class 9036, 9037, and 9038 68 03/2011 © 2011 Schneider Electric All Rights Reserved
Commercial Pressure and Float Switches for Power Circuits INDEX 9013FSG ......................4 9013FTG ......................4 9013FRG ......................5 9013FHG ......................5 9049A6 .........................8 9049A6A ......................8 9049A6S ......................8 9049A6C ......................8 9049A6CA ....................8 9049A6CS ....................8 9049T1 .........................8 9049T1A .......................8 9049T1S .......................8 9036DG2 ...................
Schneider Electric USA, Inc. 8001 Knightdale Blvd. Knightdale, NC 27545 USA 1-888-Square D (1-888-778-2733) www.schneider-electric.us Square D™, Schneider Electric™, and Pumptrol™ are trademarks or registered trademarks of Schneider Electric. Other trademarks used herein are the property of their respective owners. 9034CT9701R01/11 © 2006–2011 Schneider Electric All Rights Reserved Replaces 9013CT9701R6/06 dated January 2007 and 9034CT9701R2/08 dated May 2008.
