Single stage TSL
Single-stage side channel blowers and vacuum pumps
Single-stage side channel blowers are designed to compress or extract non-explosive gases and gas mixtures, generating vacuum or pressure in a wide range of industrial applications.
Oil-free operation prevents oil from entering the conveyed fluids. The range includes models with single-phase (1~) and three-phase (3~) IE3 high-efficiency motors, as well as configurations with a front suction connection.
Also available in specific configurations with FLEXDRIVE technology, for applications requiring automatic speed adjustment according to the required vacuum or pressure value.
Nominal capacity: 70 – 2650 m3/h / 41,2 – 1560,9 CFM
The main advantages of single stage TSL blowers are:
- no maintenance
- no contamination of conveyed fluids
- silent operation
- small size and weight
- easy of installation
- stability and absence of vibrations
TSL with FLEXDRIVE | The process changes. The blower adapts.
When vacuum or pressure requirements vary during the process, running the blower at the same speed continuously is not necessarily the most efficient solution.
For this reason, selected models in the TSL range are also available in the FLEXDRIVE configuration.
FLEXDRIVE is DVP technology that automatically adjusts the blower speed according to the vacuum or pressure value required by the application.
A sensor continuously measures the actual value and compares it with the setpoint. The FLEXDRIVE control logic then adjusts the motor frequency through the inverter, increasing or decreasing the machine speed according to the process requirements.
Closed-loop control maintains the set value and adapts blower operation to changing operating conditions.
Advantages:
- Automatic control: the blower speed is adjusted in real time according to the required vacuum or pressure level.
- Energy efficiency: the blower adapts its operation to the load required by the process, avoiding continuous power consumption at the same level even when demand is lower.
- Reduced mechanical stress: ramp-up starting reduces mechanical stress compared with direct starting, helping to extend blower service life.
- Greater process stability: closed-loop control reduces fluctuations and enables constant and precise control of the vacuum or pressure value.
FLEXDRIVE is factory-integrated directly into the blower: TSL FLEXDRIVE versions are specific product configurations and are supplied already equipped with the control technology.
Main application fields:
air and gas conveyance on machines and plants requiring medium suction and delivery pressures, max. operational safety and low noise levels.
m³/h 50 Hz / 60 Hz
kW 50 Hz / 60 Hz
mbar 50 Hz / 60 Hz
mbar 50 Hz / 60 Hz
70 / 80
0,2 / 0,23
-100 / -120
+100 / +120
80 / 80
0,2 / 0,23
-120 / -120
+120 / +120
70 / 80
0,2 / 0,23
-100 / -120
+100 / +120
80 / 98
0,25 / 0,5
-100 / -110
+110 / +110
80 / 98
0,25 / 0,29
-100 / -110
+110 / +110
80 / 98
0,4 / 0,5
-110 / -130
+110 / +140
80 / 98
0,4 / 0,5
-120 / -150
+130 / +160
100 / 120
0,55 / 0,62
-120 / -130
+120 / +150
100 / 120
0,55 / 0,62
-110 / -110
+120 / +120
145 / 175
0,8 / 0,9
-150 / -160
+160 / +140
145 / 175
0,85 / 0,95
-160 / -160
+160 / +160
145 / 175
1,3 / 1,5
-150 / -180
+190 / +190
145 / 175
1,3 / 1,5
-170 / -210
+200 / +220
210 / 255
1,5 / 1,75
-190 / -180
+200 / +180
210 / 255
1,6 / 2,05
-200 / -220
+190 / +210
255 / 255
1,6 / 2,5
-220 / -220
+210 / +210
210 / 255
1,1 / 1,3
-160 / -150
+160 / +160
210 / 255
1,3 / 1,5
-170 / -150
+170 / +140
210 / 255
2,2 / 2,55
-220 / -210
+210 / +200
210 / 255
2,2 / 2,55
-220 / -260
+270 / +290
270 / 330
1,6 / 2,05
-160 / -160
+150 / +150
270 / 330
1,3 / 1,5
-120 / -90
+110 / +80
330 / 330
1,3 / 1,5
-90 / -90
+80 / +80
270 / 330
1,5 / 1,75
-150 / -120
+140 / +110
270 / 330
2,2 / 2,55
-220 / -260
+230 / +250
318 / 376
2,2 / 2,55
-190 / -190
+190 / +200
318 / 376
2,2 / 2,55
-190 / -190
+190 / +190
376 / 376
2,2 / 2,55
-190 / -190
+190 / +190
318 / 376
2,2 / 2,55
-190 / -190
+190 / +190
318 / 376
3 / 3,45
-260 / -240
+270 / +230
318 / 376
3 / 3,45
-260 / -240
+270 / +230
318 / 376
4 / 4,6
-290 / -320
+360 / +310
318 / 376
4 / 4,6
-290 / -320
+360 / +310
376 / 376
4,0 / 4,6
-320 / -320
+310 / +310
318 / 376
4 / 4,6
-290 / -320
+360 / +310
420 / 500
1,6 / 2,05
-100 / -110
+100 / +100
420 / 500
2,2 / 2,55
-180 / -160
+170 / +150
420 / 500
3 / 3,45
-220 / -200
+200 / +170
420 / 500
3 / 3,45
-220 / -200
+200 / +170
420 / 500
4 / 4,6
-260 / -260
+280 / +260
500 / 500
4,0 / 4,6
-260 / -260
+260 / +260
420 / 500
4 / 4,6
-260 / -260
+280 / +260
530 / 620
5,5 / 6,3
-300 / -300
+300 / +280
530 / 620
4,3 / 4,6
-200 / -160
+200 / +160
530 / 620
7,5 / 8,6
-320 / -350
+430 / +400
620 / 620
4,3 / 4,6
-160 / -160
+160 / +160
700 / 840
5,5 / 6,3
-200 / -180
+190 / +180
700 / 840
4,3 / 4,6
-150 / -90
+140 / +90
700 / 840
7,5 / 8,6
-270 / -270
+260 / +260
1050 / 1250
12,5 / 14,5
-290 / -270
+280 / +260
1050 / 1250
8,5 / 9,8
-190 / -150
+190 / +140
1050 / 1250
15 / 17,5
-320 / -340
+380 / +360
1050 / 1250
18 / 21,3
-360 / -380
+460 / +420
1370 / 1650
12,5 / 14,5
-190 / -150
+180 / +150
1370 / 1650
8,5 / 9,8
-120 / -80
+110 / +70
1370 / 1650
15 / 17,5
-250 / -225
+250 / +215
1370 / 1650
18,5 / 21,3
-310 / -300
+320 / +280
2200 / 2650
18,5 / 21,3
-200 / -160
+180 / +140
2200 / 2650
22 / 24,5
-230 / -180
+180 / +170
(*) F = Attacco aspirazione frontale
CFM
HP
inH2O
inH2O
47,1
0,3
-48,2
+48,2
47,1
0,3
-48,2
+48,2
47,1
0,3
-48,2
+48,2
57,7
0,7
-44,2
+44,2
57,7
0,4
-44,2
+44,2
57,7
0,7
-52,3
+56,3
57,7
0,7
-60,3
+64,3
70,7
0,8
-52,3
+60,3
70,7
0,8
-44,2
+48,2
103,1
1,2
-64,3
+56,3
103,1
1,3
-64,3
+64,3
103,1
2,0
-72,3
+76,4
103,1
2,0
-84,4
+88,4
150,2
2,3
-72,3
+72,3
150,2
2,7
-88,4
+84,4
161,95
4,65
-88,4
+87,4
150,2
1,7
-60,3
+64,3
150,2
2,0
-60,3
+56,3
150,2
3,4
-84,4
+80,4
150,2
3,4
-104,5
+116,6
194,4
2,7
-64,3
+60,3
194,4
2,0
-36,2
+32,2
194,35
2
-36,1
+32,1
194,4
2,3
-48,2
+44,2
194,4
3,4
-104,5
+100,5
221,5
3,4
-76,4
+80,4
221,5
3,4
-76,4
+76,4
221,45
3,4
-128,5
+124,5
221,5
3,4
-76,4
+76,4
221,5
4,6
-96,5
+92,4
221,5
4,6
-96,5
+92,4
221,5
6,2
-128,6
+124,6
221,5
6,2
-128,6
+124,6
221,5
6,15
-128,6
+124,5
221,5
6,2
-128,6
+124,6
294,5
2,7
-44,2
+40,2
294,5
3,4
-64,3
+60,3
294,5
4,6
-80,4
+68,3
294,5
4,6
-80,4
+68,3
294,5
6,2
-104,5
+104,5
294,5
6,15
-104,4
+104,4
294,5
6,2
-104,5
+104,5
365,2
8,4
-120,6
+112,5
365,2
6,2
-64,3
+64,3
365,2
11,5
-140,7
+160,8
365,2
6,15
-64,2
+64,2
494,8
8,4
-72,3
+72,3
494,8
6,2
-36,2
+36,2
494,8
11,5
-108,5
+104,5
736,3
19,4
-108,5
+104,5
736,3
13,1
-60,3
+56,3
736,3
23,5
-136,7
+144,7
736,3
28,6
-152,7
+168,8
971,9
19,4
-60,3
+60,3
971,9
13,1
-32,2
+28,1
971,9
23,5
-90,4
86,4
971,9
28,6
-120,6
+112,5
1560,9
28,6
-64,3
+56,3
1560,9
32,9
-72,3
+68,3
(*) F = Attacco aspirazione frontale