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TP 50 V Electric submersible pumps for waste water containing solids. Vortex impeller, spherical clearance 50 – 65 mm. Application HOMA TP 50 series pumps are suitable for pumping drainage water or waste water. With 50 and 65 mm spherical clearance they are able to pump liquids with larger suspended solids like fibres, textiles etc. They are used for various applications in public and private sector, trade and industry. DIN EN 12050-2: Conformity and design approved and controlled by LGA, certificate No. 0220119. Installation: Transportable or permanent. Models with float switch control for automatic pump operation, depending on liquid level in the sump. Pumped liquid: Clear water and drainage water, sewage containing soft solids. Max. liquid temperature: 35°C short term up to 60°C. Operation: Intermittent. Design Fully submersible, compact integrated motor-pump unit consisting of: Pump: Single stage centrifugal pump with horizontal discharge BSP 2 1 /2“ M. Impeller: V = Vortex impeller for liquids containing a high level of impurities or fibrous matter and containing gas. Spherical clearance 50 up to 65 mm. Motor: Fully submersible, pressure tight electric motor. Insulation class F. Degree of protection IP 68. Thermal sensors embedded in the winding on request (standard with TP50V50 and model Ex). Motor Start: TP50V13-40: Direct-on-line TP50V50: Direct-on-line or Start-delta-start Cable: TP50V13-40: H07RN-F 4 G 1,5 TP50V13-40Ex: H07PLUS 6 G 1,5 TP50V50(Ex): H07RN-F(PLUS) 10 G1,5 Shaft/Bearing: Large diameter stainless steel rotor shaft, pre-lubricated bearings. Seals: Combination of mechanical seals (silicon-carbide/silicon-carbide) in a separate oil chamber (models above 1,8 kW). Models up to 1,6 kW with mechanical seal and lip seal. Oil inspection from outside. Explosion protection: All models available with explosion proof motors according to II 2 G EEx d [ib] IIBT4. Performances Technical Data Materials: Motor housing, pump housing Impeller Mechanical seal Rotor shaft, screws Seal kit 24 H (m) 20 16 12 8 4 0 0 12 H (m) 8 4 0 0 Cast iron GG 25/EN-GJL-250 Cast iron GG 25/EN-GJL-250 Silicon-carbide Stainless steel Perbonane 4 2 1 3 5 2 4 6 8 10 12 14 16 (l/s) Q 0 10 20 30 40 50 (m 3 /h) 6 2900 rpm 2-pole 1450 rpm 4-pole 2 4 6 8 10 12 14 16 (l/s) Q 0 10 20 30 40 50 (m 3 /h) Curve Pump type Motor- Motor- Capacitor* Speed Nominal Spherical Weight (kg) No. input output (µF) (rpm) current clearance Standard Model P 1 (kW) P 2 (kW) (A) (mm) model Ex TP50 V17/2W (A)(Ex) 1,6 1,2 30 2900 7,6 65 27 32 TP50 V17/2 D (A)(Ex) 1,6 1,2 2900 2,9 65 27 32 TP50 V26/2D (A)(Ex) 2,6 2,1 2900 4,5 50 40 40 TP50 V40/2D (A)(Ex) 4,0 3,4 2900 6,6 50 45 45 TP50 V50/2DT (Ex) 5,2 4,4 2840 8,7 50 56 56 TP50 V13/4D (A)(Ex) 1,3 1,0 1450 2,6 50 40 40 Model W: 230-240 V / 1 Ph Model A: With automatic level control Model D: 400-415 V / 3 Ph HOMA-Nivomatik * Capacitor: For the operation it is Model Ex: Explosion proof necessary to install a capacitor in the control box. Equipment supplied Pumps with base stand, without autocoupling (see accessories): Model W (230-240 V/1 Ph): 10 m of cable. Control box W19; WT19 available as accessories. Model D (400-415 V / 3Ph): 10 m of cable. Control box D32; DT32 available as accessories. Model A: With additional automatic level control and control box DA10/32; DA10/12, WA10/19 with overload protection, manual-auto switch and 10 m of cable. integrated capacitor. Model Ex with intrinsically safe relay. 56
P U M P T E C H N O L O G Y Dimensions and Installations / Free standing pump with base stand TP50V17/2W(Ex), TP50V17/2D(Ex) TP50V13/4D(Ex), TP50V26/2D(Ex) TP50V40/2D(Ex) Permanent sump installation with auto-coupling system. 22 160 25 177 177 25 60 ø 625 C 125 BSP 21/2‘‘M 65 111 465 (472) 231 101 BSP 21/2‘‘M 50 110 518 232 101 BSP 21/2‘‘M 50 110 232 555 140 140 Pipe 1‘‘ ISO 271 TP50V50/2DT(DEx) 25 177 287 287 170 240 240 DN65 D A 101 BSP 21/2‘‘M 50 110 232 593 380 505 625 F G ø 1200 130 B 305 625 E ø 1000 6 287 all dimensions in mm Typ A B C D E F G TP50V50/2DT(DEx) 593 575 412 50 39 232 612 TP50V40/2D(Ex) 555 575 412 50 39 232 612 TP50V13/4D(Ex), TP50V26/2D(Ex) 518 575 412 50 39 232 612 TP50V17/2W+D(Ex) 465 (472) 559 396 65 16 231 611 Accessories 10 8 5 4 3 2 11 9 7 6 4 1 1 2 14 Part Description Dimension Part No. Auto-coupling system type KK65/R 21/ 2“ with: 8604015 – Cast iron auto-coupling with flange DN 65 – Cast iron flanged pump coupling BSP 21/ 2“ F – Cast iron upper slide rail bracket BSP 1“ 3 13 12 3 Part Description Dimension Part No. Guide rails, pair, per m steel galvanized 1“ dia. 2190135 stainless steel 1“ dia. 2190252 Lifting chain, per m steel galvanized 5 mm dia. 2800350 stainless steel 5 mm dia. 2800353 Shackle steel galvanized for chain 5 mm dia. 2801450 stainless steel for chain 5 mm dia. 2801390 Threaded flange DN 65/ 2215060 BSP 21/ 2“ F Flanged pipe DN 65 On request Cast iron swing check DN 65 2212805 Cast iron swing check BSP 21/ 2“ F 2212513 Galvanized double BSP 21/ 2“ M 2009025 nipple Cast iron gate valve DN 65 2216065 Bronze gate valve BSP 21/ 2“ F 2216025 90°flanged elbow DN 65 2153301 Flanged Y-piece for 3 x DN 65 2160002 twin-pump arrangement DN 65/65/80 2160004 Part Description Dimension Part No. 90° galvanized elbow BSP21/ 2“F 2113610 T-piece for twin-pump BSP21/ 2“F 2114308 arrangement 90° galvanized elbow BSP 21/ 2" F/M 2111705 STORZ-fixed coupling BSP 21/ 2“ F 2010502 STORZ-hose coupling B-75 mm dia. 2013502 Synthetic pressure length 10 m 2611210 hose with rubber lining length 15 m 2611215 and couplings, length 20 m 2611220 B-75 mm dia. length 30 m 2611230 Reinforced hose, per m 75 mm dia. 2632075 Hose bands 85/20 2308520 Control panel for single On request or twin pump stations for automatic operation 57
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P U M P T E C H N O L O G Y Pumps f
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P U M P T E C H N O L O G Y Spheric
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P U M P T E C H N O L O G Y Dimensi
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WT/D T Control Box Application Cont
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P U M P T E C H N O L O G Y Control
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AZW/AZD Control Box Application Lev
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BX For one or two pumps DOL, level
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C/CPS Control panels for one or two
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HSK Modular control panels Applicat
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Extensions Description Part No. +m
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P U M P T E C H N O L O G Y Accesso
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P U M P T E C H N O L O G Y 12 129
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NOTES 131
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