Suitable for:
- Industrial Recycling Vacuum Trucks
- Industrial Vacuum Loader
- Super-sucker Vacuum Trucks
- Commercial Vacuum Trucks
- LIQUID RING PUMPS
SLP Series
Optimum HPR Rotor
The SLP Series is a replacement liquid ring pump line of SIHI SL series. It consists of three pumps, namely SLP 3100, SLP 2700 and SLP 2100. The pumps are made to ensure a 100% modification free conversion with no compromise on quality.
Read More| Metric | SLP 3100 m3/h | SLP 2700 m3/h | SLP 2100 m3/h |
| 1600 RPM | 2947 | 2707 | 2320 |
| 1500 RPM | 2860 | 2556 | 2184 |
| 1400 RPM | 2724 | 2440 | 2052 |
| 1300 RPM | 2542 | 2290 | 1949 |
| US | CFM | CFM | CFM |
| 1600 RPM | 1735 | 1593 | 1366 |
| 1500 RPM | 1683 | 1504 | 1285 |
| 1400 RPM | 1603 | 1436 | 1208 |
| 1300 RPM | 1496 | 1348 | 1147 |
100% convertible pumps for the SL series
The SLP pumps are not only 100% modification free convertible pumps, they are also optimized for handling the most difficult industrial and sewage services. They are equipped with the full welded stainless steel Optimum rotor developed by Samson for vacuum truck pumps.
When choosing Samson SLP pumps, you choose the best in class quality as well as the shortest lead time on the market. As we are primarly focusing in supplying vacuum truck manufacturers with reliable pumps, we make it our priority to always stay available for them by phone and email.
SLP Series
- SPECIFICATIONS
| Bearing cover | Cast iron | EN-GJL-250; EN 1561 |
| Radial shaft seal | Rubber | Type NBR; DIN 3760A |
| Paper gasket | Paper | Oil resistant gasket |
| Bearing housing | Cast Iron | EN-GJL-250; EN 1561 |
| Mechanical shaft seal | NBR / AISI 316/ Carbon | |
| Pump Housing | Cast Iron | EN-GJL-250; EN 1561 |
| Flow plate | Stainless steel | W.Nr.1.4404 |
| Flow Plate (Ex model) | Stainless steel | W.Nr.1.4404 |
| O-ring | Rubber | NBR |
| Shell | Cast Iron | EN-GJL-250; EN 1561 |
| Stay Bolt | Carbon steel | W.Nr. 1.1181 |
| Rotor | Stainless steel | Optimum High Performance |
- DIMENSIONS
SLP 3100
- VACUUM
| Metric | m3/h | kW | NM |
| 1600 RPM | 2947 | 90 | 537 |
| 1500 RPM | 2860 | 78 | 497 |
| 1400 RPM | 2724 | 68 | 464 |
| 1300 RPM | 2542 | 60 | 441 |
| 1200 RPM | 2159 | 56 | 446 |
| US | CFM | HP | lbs * ft |
| 1600 RPM | 1735 | 122 | 396 |
| 1500 RPM | 1683 | 106 | 366 |
| 1400 RPM | 1603 | 92 | 342 |
| 1300 RPM | 1496 | 82 | 325 |
| 1200 RPM | 1271 | 76 | 329 |
- PRESSURE 1,0 BAR(G)
| Metric | m3/h | kW | NM |
| 1600 RPM | 1695 | 116 | 692 |
| 1500 RPM | 1568 | 99 | 630 |
| 1400 RPM | 1437 | 86 | 587 |
| 1300 RPM | 1326 | 75 | 551 |
| 1200 RPM | 1248 | 65 | 517 |
| US | CFM | HP | lbs * ft |
| 1600 RPM | 998 | 158 | 511 |
| 1500 RPM | 923 | 135 | 465 |
| 1400 RPM | 846 | 117 | 433 |
| 1300 RPM | 780 | 102 | 406 |
| 1200 RPM | 735 | 88 | 382 |
SLP 2700
- VACUUM
| Metric | m3/h | kW | NM |
| 1600 RPM | 2707 | 78 | 466 |
| 1500 RPM | 2556 | 68 | 433 |
| 1400 RPM | 2440 | 60 | 409 |
| 1300 RPM | 2290 | 53 | 389 |
| 1200 RPM | 2112 | 46 | 366 |
| US | CFM | HP | lbs * ft |
| 1600 RPM | 1593 | 106 | 343 |
| 1500 RPM | 1504 | 92 | 319 |
| 1400 RPM | 1436 | 82 | 302 |
| 1300 RPM | 1348 | 72 | 287 |
| 1200 RPM | 1243 | 63 | 270 |
- PRESSURE 1,0 BAR(G)
| Metric | m3/h | kW | NM |
| 1600 RPM | 1635 | 101 | 603 |
| 1500 RPM | 1525 | 88 | 560 |
| 1400 RPM | 1407 | 77 | 525 |
| 1300 RPM | 1191 | 65 | 478 |
| 1200 RPM | 1034 | 56 | 446 |
| US | CFM | HP | lbs * ft |
| 1600 RPM | 962 | 137 | 445 |
| 1500 RPM | 898 | 120 | 413 |
| 1400 RPM | 828 | 105 | 387 |
| 1300 RPM | 701 | 88 | 352 |
| 1200 RPM | 609 | 76 | 329 |
SLP 2100
- VACUUM
| Metric | m3/h | kW | NM |
| 1600 RPM | 2320 | 68 | 406 |
| 1500 RPM | 2184 | 59 | 376 |
| 1400 RPM | 2052 | 53 | 362 |
| 1300 RPM | 1949 | 46 | 338 |
| 1200 RPM | 1781 | 40 | 318 |
| US | CFM | HP | lbs * ft |
| 1600 RPM | 1366 | 92 | 299 |
| 1500 RPM | 1285 | 80 | 277 |
| 1400 RPM | 1208 | 72 | 267 |
| 1300 RPM | 1147 | 63 | 249 |
| 1200 RPM | 1048 | 54 | 235 |
- PRESSURE 1,0 BAR(G)
| Metric | m3/h | kW | NM |
| 1600 RPM | 1462 | 88 | 525 |
| 1500 RPM | 1373 | 77 | 490 |
| 1400 RPM | 1292 | 65 | 443 |
| 1300 RPM | 1128 | 55 | 404 |
| 1200 RPM | 802 | 46 | 366 |
| US | CFM | HP | lbs * ft |
| 1600 RPM | 861 | 120 | 387 |
| 1500 RPM | 808 | 105 | 362 |
| 1400 RPM | 760 | 88 | 327 |
| 1300 RPM | 664 | 75 | 298 |
| 1200 RPM | 472 | 63 | 270 |
SLP 3100
- WATER CONSUMPTION L/h
| Water temperature | |||||
| Metric | 20℃ | 30℃ | 40℃ | 50℃ | 60℃ |
| 50% vacuum | 10 | 25 | 50 | 87 | 142 |
| 70% vacuum | 5 | 13 | 26 | 46 | 75 |
| 80% vacuum | 3 | 7 | 13 | 23 | 37 |
- WATER CONSUMPTION IMPERIAL US GAL/h
| Water temperature | |||||
| US | 68℉ | 86℉ | 104℉ | 122℉ | 140℉ |
| 50% vacuum | 3 | 7 | 13 | 23 | 38 |
| 70% vacuum | 1 | 3 | 7 | 12 | 20 |
| 80% vacuum | 1 | 2 | 3 | 6 | 10 |
SLP 2700
- WATER CONSUMPTION L/h
| Water temperature | |||||
| Metric | 20℃ | 30℃ | 40℃ | 50℃ | 60℃ |
| 50% vacuum | 9 | 23 | 45 | 79 | 129 |
| 70% vacuum | 5 | 12 | 23 | 40 | 66 |
| 80% vacuum | 2 | 6 | 11 | 19 | 32 |
- WATER CONSUMPTION IMPERIAL US GAL/h
| Water temperature | |||||
| US | 68℉ | 86℉ | 104℉ | 122℉ | 140℉ |
| 50% vacuum | 2 | 6 | 12 | 21 | 34 |
| 70% vacuum | 1 | 3 | 6 | 11 | 17 |
| 80% vacuum | 1 | 2 | 3 | 5 | 8 |
SLP 2100
- WATER CONSUMPTION L/h
| Water temperature | |||||
| Metric | 20℃ | 30℃ | 40℃ | 50℃ | 60℃ |
| 50% vacuum | 8 | 20 | 39 | 67 | 111 |
| 70% vacuum | 4 | 10 | 19 | 33 | 54 |
| 80% vacuum | 2 | 6 | 11 | 19 | 31 |
- WATER CONSUMPTION IMPERIAL US GAL/h
| Water temperature | |||||
| US | 68℉ | 86℉ | 104℉ | 122℉ | 140℉ |
| 50% vacuum | 2 | 5 | 10 | 18 | 29 |
| 70% vacuum | 1 | 3 | 5 | 9 | 14 |
| 80% vacuum | 1 | 2 | 3 | 5 | 8 |
- REPAIR
Bearings SLP
A Ø65x140mm bearing for the drive-end and one Ø65x110mm for the non-drive end of the pump.
EXPLORE
- REPAIR
Bearings SL
A Ø50x110mm bearing for the drive-end and one Ø40x110mm for the non-drive end of the pump.
EXPLORE
- REPAIR
Mechanical shaft seals SLP
Two mechanical shaft seals for both, drive-end and non-drive end of the pump.
EXPLORE
- MANUAL EX
SLP Series
The SLP Series ATEX manual can be downloaded by request.
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- LIQUID RING PUMP
- SLP
SLP Series
The SLP Series is a replacement liquid ring pump line of SIHI SL Series. It consists of three pumps, namely SLP 3100, SLP 2700 and SLP 2100.
EXPLORE
Truck Master 1600 – The ideal pump for city jobs
Ulrik Sinding, owner of Djursland Kloakservice ApS (a sewage service company in Trustrup, Denmark) was practically born into the vacuum tanker business. Already in 1979, as a 15-year-old, he was hired by the company that his father, Orla Sinding, started in 1964. In 1989, at the age of 25, Ulrik Sinding took over the company, which has installed Samson pumps in most of its vacuum tanker trucks.
“I give Samson’s liquid ring pumps my seal of approval. Here at the company, we’ve only had good and positive experiences with Samson pumps. They’re sturdy, durable and highly reliable, as well as quiet and environmentally friendly. Those are a whole lot of advantages, so I can highly recommend Samson pumps to any of colleagues who ask me for advice,” Ulrik says.
Read more
Customers from a wide geographic area
Djursland Kloakservice carries out vacuum tanker jobs throughout Djursland, a region located in the north of Denmark, as well as in larger cities such as Aarhus, Randers and Silkeborg, which are, respectively, 32, 34 and 57 miles from the company headquarters in the village of Trustrup.
Djursland Kloakservice ApS serves private customers, companies and the public sector. The company has signed a contract with the municipalities of North and South Djursland involving the emptying of some 12,000 settling tanks (septic tanks) in the two municipalities.
Well suited for use in cities
“One of our vacuum trucks runs for the Danish group Aarsleff’s, the division that carries out cured-in-place pipe lining. Here, we flush and empty the sewers to remove sludge and waste before the cured-in-place lining is led through. This work is often done in cities, where the Samson pumps come into their own. Compared to rotary vane pumps, which make far too much noise while running, Samson’s liquid ring pumps are practically noiseless. This is a big advantage for the operator and the people in surrounding area.
“The environment and working area benefit when we use Samson pumps. As the pumps are water-based, they only emit harmless steam, which evaporates quickly and doesn’t bother the operator. Oil-based rotary vane pumps, on the other hand, emit oil fumes that cause problems for both the operator and the surrounding environment,” Ulrik explains
High reliability in operation
The fact that Samson pumps are incredibly reliable is very important to Ulrik Sinding. Getting a vacuum tanker to run properly is a costly matter when such a vehicle can cost more than $400,000. For this reason, high reliability is golden.”We only very rarely have breakdowns with a Samson pump, and if something finally does happen, it usually only a minor issue that we can fix ourselves. For example, if we’re cleaning up slurry or molasses, which creates a lot of foam, nothing goes wrong with a Samson liquid ring pump. It simply ‘spits’ the foam out as soon as it’s created. When a rotary vane pump is exposed to foam, though, it immediately makes the dreaded ‘ping’ noise! And then the pump’s working are over,” Ulrik explains.
Pump from 1996 still running
Djursland Kloakservice ApS purchased its first liquid ring vacuum pump for its commercial vacuum trucks in 1996, and it is still running today, just not in Djursland. The company has a policy of replacing its vacuum tanker trucks after around 12 years of ‘”service.” The vacuum tanker was thus sold to a colleague who still uses the vehicle and the incredibly durable Samson pump on a daily basis.
A few years ago, Ulrik began offering dry matter vacuuming, such as the removal of ash from combustion plants. As of yet, he is not sure if there will be enough work to purchase a dedicated – and expensive – dry matter vacuum. He therefore decided initially to fit a vacuum tanker truck with two Samson pumps. This proved to be an effective solution, and a high number of orders quickly came in – so many, in fact, that after a couple of years there was a basis for investing in a costly mammoth vacuum that is designed on a completely different pumping principle than Samson’s liquid ring pumps.
“Today we’re doing a lot of work with dry matter suction, which has become an important business area for us. And it was the strong and effective pumps from Samson that made it possible for us to move into this area,” Ulrik notes.