Application scenarios

CDL and CDLF are versatile products capable of conveying various media ranging from tapwater to industrial liguids, suitable for different temperature, flow rate, and pressure rangesCDL is designed for non-corrosive liquids, while CDLF is suitable for mildly corrosive liquids.

Water supply:

-Water plant filtration and conveyance
-Zoned water distribution in water plants
-Main pipeline boosting
-High-rise building pressure boosting

Industrial Boosting

-Process water systems
-Cleaning systems
-High-pressure washing systems
-Firefighting systems

Industrial Liquid Conveyance:
- Cooling and air conditioning systems
-Boiler feedwater and condensation systems
-Machine tool integration
-Acid and alkali handling

Water Treatment:
- Ultrafiltration systems
-Reverse osmosis systems
-Distillation systems
-Separators
-Swimming pools

Irrigation:
- Farmland irrigation
-Sprinkler irrigation
-Drip irrigation

Operating Conditions

Thin, clean, non-flammable, non-explosive liquids free of solid particles or fibersLiquid temperature:
Standard type: -15℃ to +70℃
-Hot water type: -15℃ to +105℃
Ambient temperature: Maximum +40℃
Altitude:Maximum 1000m

Pump introduction

The CDL and CDLF are non-self-priming vertical multistage centrifugal pumps equipped withstandard motors. The motor shaft is directly connected to the pump shaft via a couplingthrough the pump head. The pressure cylinder and flow passage components are securelyfastened between the pump head and the inlet/outlet sections by tie rods. The pump inletand outlet are positioned on the same horizontal line at the pump base.Additionally, the pump can be optionally equipped with an intelligent protector for effectivesafeguarding against dry running, phase loss, overload, and other operational anomalies.

Motor

The motor is a fully enclosed, fan-cooled, two-pole standard motor.Protection Class: IP54,1P55
Insulation Class: F
Standard Voltage:50 Hz, 380 V
Motors with other voltage specifications are available upon request.

Model Designation

Example:CDL8-20
CDL: Light-Duty Vertical Multistage Centrifugal Pump
8: Rated Flow
20: Number ofStages
Example:CDLF8-20
CDLF:The wetted parts are made of stainless steel 304 or 316L.8:Rated Flow
20:Number of StagesExample: CDL32-30-2
CDL: Light-Duty Vertical Multistage Centrifugal Pump
32: Rated Flow
30:Numberofstagesx10
2:Numberofsmall impellers
Example:CDLF32-30-2
CDLF: The wetted parts are made of stainless steel 304 or 316L.32: Rated Flow
30:Numberofstagesx10
2:Number ofsmall impellers

Performance Curves

The following explanations apply to the curves shown hereafter:
1. All curves are based on measurements with the motor at a constant speed of 2900 rpm or2950 rpm.
2. Curve tolerances comply with ls0 9906, Annex A.
3. Tests were conducted using air-free water at 20° Cwith a kinematic viscosity of 1 mm²/s.
4. The operation of the pump should refer to the performance range indicated by the boldsection of the curve to prevent overheating due to too low flow or motor overload due toexcessive flow.

Performance Range

Instructions	CDL2	CDL4	CDL8	CDL12	CDL16	CDL20	CDL32	CDL42	CDL64	CDL85
Rated Flow (m³/h)	2	4	8	12	16	20	32	42	64	85
Rated Flow (l/s)	0.56	1.1	2.2	3.3	4.4	5.6	8.9	12.5	17.8	25
Flow Range (m³/h)	1-3.5	1.5-7	5-12	7-16	8-22	10-28	16-40	25-55	30-80	50-110
Flow Range (l/s)	0.28-0.97	0.42-1.9	1.4-3.3	1.9-4.4	2.2-6.1	2.8-7.8	4.4-11.1	6.9-15.3	8.3-22.2	13.8-30.5
Maximum Pressure (bar)	23	21	21	22	22	23	29	30	22	17
Motor Power (KW)	0.37-3	0.37-4	0.75-7.5	1.5-11	2.2-15	1.1-18.5	1.5-30	3-45	4-45	5.5-45
Temperature Range (°C)						-15°+120
Maximum Efficiency (%)	46	57	62	63	66	69	73	75	76	77
DN Flange	DN25	DN32	DN40	DN50	DN50	DN50	DN65	DN80	DN100	DN100
Type
CDL	•	•	•	•	•	•	•	•	•	•
CDLF	•	•	•	•	•	•	•	•	•	•

Cross-Sectional Diagram

NO.	Name	Material	AISI/ASTM
1	Motor	Molectron
3	Support	Cast iron/ductile iron
4	Mechanical seal	Molectron
5	Outlet guide vane	Stainless steel	AISI304
6	Guide vane	Stainless steel	AISI304
7	Support guide vane	Stainless steel	AISI304
8	Nature gas diverter	Stainless steel	AISI304
11	Pump bearing	Tungsten carbide/alloy
12	Impeller	Stainless steel	AISI304
13	Shaft	Stainless steel	AISI304、316L
14	Impeller casing	Stainless steel	AISI304
15	Pressure cylinder	Stainless steel	AISI304
	CDLF
16	Coupling	Steel/metal powder
3	Seal sert	Stainless steel	AISI304
9	Inlet and outlet section	Stainless steel	AISI304
10	Base	Cast iron
	CDL
9	Inlet and outlet section	Cast iron
16	Coupling	Steel/metal powder

Cross-sectional diagram and material notes

correspond to model: CDL/CDLF2, 4

NO.	Name	Material	AISI/ASTM
1	Motor	Molectron
2	Support	Cast iron/ductile iron
4	Mechanical seal	Molectron
5	Outlet guide vane	Stainless steel	AISI304
6	Guide vane	Stainless steel	AISI304
7	Support guide vane	Stainless steel	AISI304
8	Nature gas diverter	Stainless steel	AISI304
11	Pump bearing	Tungsten carbide/alloy
12	Impeller	Stainless steel	AISI304
13	Shaft	Stainless steel	AISI304、316L
14	Impeller casing	Stainless steel	AISI304
15	Pressure cylinder	Stainless steel	AISI304
	CDLF
16	Coupling	Steel/metal powder
3	Pump head lining	Stainless steel	AISI304
9	Inlet and outlet section	Stainless steel	AISI304
10	Base	Cast iron
	CDL
9	Inlet and outlet section	Cast iron
16	Coupling	Steel/metal powder

Cross-sectional diagrams and material notes

correspond to the following models: CDL/CDLF8,CDL/CDLF12,CDL/CDLF16, CDL/CDLF20.

NO.	Name	Material	AISI/ASTM
1	Motor	Molectron
2	Support	Cast iron/ductile iron
4	Mechanical seal	Molectron
5	Outlet guide vane	Stainless steel	AISI304
6	Guide vane	Stainless steel	AISI304
7	Support guide vane	Stainless steel	AISI304
8	Coupling	Steel/metal powder
9	Impeller	Stainless steel	AISI304
10	Pump casing	Stainless steel	AISI304
11	Pump Shaft	Stainless steel	AISI304AISI316LAISI431
12	Pump bearing	Tungsten carbide/alloy
13	Inlet guide vane	Stainless steel	AISI304
	CDLF
3	Seal seat	Stainless steel	AISI304
14	Inlet and outlet section	Stainless steel	AISI304
15	Base	Cast iron	ASTM25B
	CDL
3	Seal seat	Cast iron/Ductile iron	ASTM25BASTM70-50-05
14	Inlet and outlet section	Cast iron/Ductile iron	ASTM25BASTM70-50-05

Cross-Sectional Diagram and Material Notes for Models: CDL/CDLF32,42,64,85,120,150

Pump Installation

- The pump should be installed in a well-ventilated and frost-protected location. Ensure aminimum cearance of 150 mm between the pump, motor, and any obstructions to allowsufficient airflow around the motor's cooling fan.
- Inlet piping should be as short as possible to minimize friction losses at the suction side.
- Before installing the pump, verify that a check valve is installed in the piping system toprevent backflow of liquid. lf the pump is used for boiler feedwater supply, a check valvemust be installed on the delivery line between the pump and the boiler.
- The pump should be mounted on a concrete or similarly stable foundation of appropriateheight, or securely fixed on a rigid floor-mounted or wall-mounted bracket. Care must betaken to avoid concentrating the weight of the piping onto the pump, which could causedamage to the pump structure.

*During pump installation, it is strictly prohibited to mount the motor in an inverted position on a horizontal surface.

The "->" mark on the inlet and outlet sections of the pump indicates the direction of liquid flowthrough the pump. Before starting the pump, ensure that liquid can pass freely.Prior to pump installation, the inlet pipeline must be flushed clean. lf it cannot be guaranteedthat the pipeline is free of particles, a strainer must be installed 0.5-1 m before the pump suctioninlet (especially recommended for pumps with a flow rate below 8 m/h) to ensure normal pumpoperation.
During installation of the inlet pipeline, care must be taken to avoid air pockets (see Figure 3).If there is a possibility that the shut-off valve on the outlet side may close (or flow may drop tozero), a bypass line must be installed on the outlet pipeline to ensure sufficient lubricating andcooling water passes through the pump.

Electrical Connection

- Electrical wiring must be carried out by a qualified electrician with appropriate certification.

- Verify that the motor is compatible with the power supply being used. The motor leads must beconnected to the power source in accordance with the wiring diagram attached to the terminabox and the specifications on the motor nameplate.

- The motor must be connected to a quick and effective motor starter to ensure protectionagainst phase loss, voltage instability, and overload. The pump motor must be reliably grounded

* Before removing the motor terminal box cover or disassembling the pump, ensure that the power supply has been disconnected.

Start-up, Operation and Maintenance

* Before starting up, carefully read the warning sign on the pump pressure cylinder.

1. The pump must be fully filled with water (or the liquid to be conveyed) before starting.Priming the pump in a flooded suction system:

Close the pump outlet valve. Open the vent plug on the pump head. Gradually open theinlet valve until a steady flow of liquid discharges from the vent plug, then tighten the ventplug. Fully open the check valve on the suction pipeline.

Priming the pump in an open system where the liquid level is below the pump:

* Note: A check valve must be installed on the suction pipeline.

Close the pump outlet valve, open the vent plug on the pump head, and fill the pump withliquid through the vent plug hole until both the pump and the suction pipeline arecompletelwfledwith liquid.Then retightenvent Dlug

* Do not start the pump until it is completely filled with liquid and all air hasbeen thoroughly vented!

* Note the orientation of the vent hole on the vent plug. Take care to ensure that anyoverflowing liquid does not cause injury to personnel or damage to the pump and othercomponents. In hot water applications, exercise extreme caution to avoid the risk ofscalding!

2.Check Rotation Direction

Turn on the power and observe the rotation direction (check the fan). The correct rotationdirection is indicated by the arrow on the pump head, i.e., viewed from the motor drive endthe pump should rotate counterclockwise.

3. Pre-Start Checks

- Ensure the anchor bolts are tightened.
- Verify the pump is fully filled with liquid.
-Confirm the grid voltage is correct.
Check that the rotation direction is correct.
- Ensure all pipelines are tightly connected and can supply water normally.
- Confirm the valve on the inlet pipeline is fully open; the outlet valve should be slowlyopened after the pump has started.
- lf a pressure gauge is installed, check the operating pressure.- Verify all controls required for normal operation. lf the pump is controlled by a pressureswitch, check and adjust the start and stop pressures. Use the pressure switch to confirmthat the motor's full-load current does not exceed the maximum allowable current.

4. Pump Start Frequency

The pump should not be started too frequently.Recommended limits:
-For motors ≤4 kW: no more than 100 starts per hour.

-For motors >4 kW: no more than 20 starts per hour.If frequent starts are observed, adjust the control equipment to reduce the start-stopfrequency. lt may also be necessary to review the installation conditions.

5.Pump Operation

Operate the pump within the performance range indicated by the bold section of the curveto prevent overheating due to insufficient flow or motor overload caused by excessive flow.

6.Maintenance

When installed according to this manual, the pump will operate efficiently with minimalmaintenance:
- The mechanical seal is self-adjusting, and the contact surfaces of its stationary and rotatingfaces are lubricated and cooled by the pumped liquid.(For pumps with motors larger than 7.5 kW, the mechanical seal can be replaced withoutdismantling the motor.)
- The pump's sliding bearings are lubricated by the pumped liquid.

7. Freezing Prevention

The pump may be used in systems where water is protected against freezing. lf installed in alocation prone to frost, an appropriate antifreeze solution must be added to the pumpedliquid to prevent ice damage.
If antifreeze is not used, the pump must be shut down when frost risk exists, and both thepump and system must be completely drained.

8. Regular lnspections

Perform periodic checks of:
-Pump operation and working pressure,
-Possible motor overheating;
-Trip time of motor overload protection;
-Proper functioning of all controls;
-Possible leaks;
-Removal, cleaning,and replacement of all strainers;
Frequency of starts and stops.
If any abnormality is found, refer to the section “Common Faults and Troubleshooting” forcorrective actions.

9. Long-Term Shutdownlf the pump is to be out of service for an extended period, it shouldbe thoroughly cleaned and stored properly.

10. StorageDuring storage, protect the pump against corrosion and physical damage.

Assembly and Disassembly

1. CDL/CDLF2, 4 Pumps
- Slide the retaining ring onto the shaft, followed by the spacer, impeller, impeller spacerdiffuser, support diffuser, and so on, until the last impeller is installed. Then, attach theimpeller cover plate, washer, and tighten the nut. Pay attention to the position of thesupport diffuser: for pumps with fewer stages, the last component is the support diffuser; forpumps with more stages, additional support diffusers should be added at evenly spacedintervals, along with support spacers and bearings as required.
- Install the flow guide into the inlet/outlet section and base, then mount the assembledrotor component onto the flow guide
- Fit an O-ring onto the inlet/outlet section, slide the pressure cylinder over it, and install theoutlet diffuser.

- Place the pump head (already equipped with its O-ring, liner, and wire spring) over thepressure cylinder. Tighten the four tie-rod nuts on the base evenly-do not tighten one nutcompletely at a time; instead, tighten them symmetrically and gradually in sequence.
- install the mechanical seal and secure it. Mount the motor and coupling, then thread thescrews on the coupling (but do not fully tighten yet). Push the coupling (including the pumpshaft) fully toward the base, then pull it back approximately 1 mm in the opposite directionbefore tightening the screws. Ensure the gap between the two coupling halves is uniformacross the mating surfaces.
- Tighten the set screws on the mechanical seal. Rotate the coupling by hand to verify thatthe shaft turns smoothly without any binding or looseness.Disassembly of the pump follows the reverse of the above steps.

2.CDL/CDLF Models 8,10,12,16,20 Pumps

- Slide the retaining ring onto the shaft, followed by the impeller, impeller spacer, diffusersupport diffuser, bearing, support spacer, and so on, until the last impeller is installed. Thenattach the impeller cover plate, washer, and tighten the nut.

- Assemble the inlet/outlet section onto the base, and install the O-ring, inlet partition plateand flow guide. Then mount the previously assembled rotor component onto the flow guide.Install the outlet diffuser and tie-rod, tighten the bolts, and fit the pressure cylinder.- Place the pump head (already equipped with its 0-ring, liner, and rubber adjustment pinover the pressure cylinder. Tighten the four nuts on the tie rods symmetrically and graduallyin sequence.
- lnstall the mechanical seal and secure it. Mount the motor and coupling, then thread thescrews on the coupling (but do not fully tighten yet). Push the coupling (including the pumpshaft) fully toward the base, then pull it back approximately 1 mm in the opposite directionbefore tightening the screws. Ensure the gap between the two coupling halves is uniformacross the mating surfaces.
- Tighten the set screws on the mechanical seal. Rotate the coupling by hand to verify thatthe shaft turns smoothly without any binding or looseness.Disassembly of the pump follows the reverse of the above steps.

3.CDL/CDLF Models 32,42,64,85 Pumps

- Install the inlet/outlet section onto the base, slide flanges onto both sides, and mount theflow guide.
- Mount the first impeller onto the shaft, tighten the nut, and fit the impeller into the wearring seat of the flow guide. lnstall the diffuser, impeller, support diffuser, and proceed insequence up to the outlet diffuser. Secure all diffusers with tie rods.
- Shaft assembly: Install the lower shaft sleeve, gland plate, and washer; tighten the screws.Mount the lower sliding bearing into the inlet/outlet section, fit the washer, and tighten thescrews. Then reinstall the shaft assembly into the inlet/outlet section, fit the O-ring, applylubricant, and slide the pressure cylinder into place.
- Mount the tie rods onto the base. Fit the O-ring, adjustment pin, vent plug, and air releaseplug onto the pump head. Then position the pump head over the tie rods, install the washers.and tighten the nuts.
- Install the mechanical seal onto the pump head, mount the seal gland plate, and tightenthe screws. Then tighten the screws on the mechanical seal. Lift the shaft upward and instalthe adjustment shim.
-Mount the bracket and motor onto the pump head.Finally, install the coupling and tighten the screws. Then remove the adjustment shim.Rotate the coupling by hand to verify that the pump shaft turns smoothly without binding orooseness.
Disassembly of the pump follows the reverse of the above steps.

4.CDL/CDLF Models 120,150 Pumps

- Install the inlet/outlet section onto the base, slide flanges onto both sides, and mount theflow guide.
- Assemble the support washer, shaft sleeve, inlet impeller spacer, gland plate, and washeronto the pump shaft, then tighten the nut.
- Install the impeller sleeve and impeller onto the shaft, and tighten the impeller nut,ensuring that dimension A in Figure 4is 14.3mm for models CDL(F)20, 150.
-Place the assembled shaft into the flow guide until it seats properly. install the supportdiffuser, impeller sleeve, impeller, and tighten the impeller nut. Then proceed to install thediffuser, impeller, and subsequent components in sequence until the last diffuser ismounted.
- install the outlet body and secure all diffusers with tie rods. fit the O-ring onto the watersection, apply lubricant, and slide the pressure cylinder over it.
- Mount the tie rods onto the base. Install the O-ring, adjustment pin, plug, and othercomponents onto the pump head. Then place the pump head over the tie rods, fit thewashers, and tighten the nuts.
Mount the bracket and motor onto the pump head. Then install the coupling, tighten thescrews,and remove the adjustment shim.Rotate the coupling by hand to verify that the pump shaft turns smoothly without binding orooseness.
Disassembly of the pump follows the reverse of the above steps.

Common Faults and Troubleshooting

* Before removing the motor terminal box cover or disassembling the pump, ensure that the power supply has been disconnected.

Fault Phenomenon	Cause Analysis	Troubleshooting Method	Remarks
When the starter is engaged, the motor fails to start.	a) Power supply failureb) Fuse blownc) Motor overloadd) Poor contact in the starter or faulty coile) Control circuit malfunctionf) Motor fault	a) Check the power supplyb) Replace the fusec) Check the systemd) Replace the startere) Check the control circuitf) Repair or replace the motor
The overload protection device trips of the starter upon immediately upon power connection.	a) Fuse blownb) Overload protection device contact faultc) Loose cable connection or power supply issued) Motor winding faulte) Mechanical jamming of the pump	a) Replace the fuseb) Check the starterc) Check cable connections and power supplyd) Replace the motore) Overhaul the pump	Items d and e must not be disassembled or repaired by users without authorization.
Overload protection device trips occasionally.	a) Overload setting too lowb) Periodic power supply failurec) Low voltage during peak power usage	a) Reset the overload settingb) Check and repair the power supplyc) Install a voltage stabilizer
The overload protection device does not trip, but the pump fails to operate.	a) Poor contact in the starter or faulty coilb) Control circuit malfunction	a) Replace the starterb) Check the control circuit
Uneven pump discharge (pump	a) Inlet pipe diameter too smallb) Insufficient water supply at the pump	a) Increase the diameter of the inlet pipe

Fault Phenomenon	Cause Analysis	Troubleshooting Method	Remarks
output fluctuates).	c) Liquid level too lowd) Inlet pressure is too low relative to water temperature, pipeline losses, and flow ratee) Inlet pipe partially clogged with debris	c) Raise the liquid leveld) Improve the system to increase inlet pressuree) Inspect and clean the inlet pipe
The pump is running but no water is discharged.	a) Inlet pipe clogged with debrisb) Foot valve or check valve stuck in closed positionc) Inlet pipe leakaged) Air trapped in the inlet pipe or pump	a) Inspect and clean the inlet pipeb) Check the foot valve and check valvec) Repair the inlet piped) Refill the pump with liquid and vent air
When the power is disconnected, the pump runs in the reverse direction.	a) Inlet pipe leakageb) Foot valve or check valve malfunctionc) Foot valve stuck in open or partially open positiond) Air pocket in the inlet pipe	a) Repair the inlet pipeb) Repair or replace the foot valve and check valvec) Repair or adjust the foot valved) Repair the inlet pipe and vent air pockets
The pump has abnormal vibration and noise.	a) Inlet pipe leakageb) Inlet pipe diameter too small or partially clogged with debrisc) Air trapped in the inlet pipe or pumpd) System head is too low relative to pump heade) Mechanical rubbing inside the pump	a) Repair the inlet pipeb) Increase the pipe diameter or repair the inlet pipec) Refill the pump with liquid and vent aird) Improve the system or reselect the pump modele) Overhaul the pump	Item e must not be disassembled or repaired by users without authorization.

Important Notes

1. The content of this operation manual is subject to change without prior notice.

2. Provided that the user selects the appropriate model and operates the pump correctly, thepump is covered by a one-year warranty. Normal wear and tear of consumable parts are notincluded in this warranty.

3. lf the user disassembles the pump without authorization during the warranty period, anyresulting qualityissues will be the sole responsibility of the user.

Technical Data Sheet, Performance Curves, and Dimensional Drawings

Performance Curves

50HZ， 2900rpm

Installation Dimension Drawings

Data Sheet

Model	1	1.2	1.6	2.0	2.4	2.8	3.2	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
										Flow (m³/h)	B1	B2	H	D1	D2
CDL(F)2-20	18	17	16	15	13	12	10	Head（m）	0.37	15	279	225	504	148	117	20
CDL(F)2-30	27	26	24	22	20	18	15		0.37	22	297	225	522	148	117	20
CDL(F)2-40	36	35	33	30	26	24	20		0.75	30	315	265	580	170	142	22
CDL(F)2-50	45	43	40	37	33	30	25		0.75	37	333	265	598	170	142	23
CDL(F)2-60	54	52	50	45	40	36	30		0.75	45	351	265	616	170	142	26
CDL(F)2-70	63	61	57	52	47	41	35		0.75	52	369	265	634	170	142	26
CDL(F)2-80	71	70	65	59	54	48	40		1.1	60	387	265	652	170	142	28
CDL(F)2-90	81	78	73	67	71	54	45		1.1	67	405	265	670	170	142	28
CDL(F)2-100	90	87	81	74	67	59	50		1.1	75	423	265	688	170	142	29
CDL(F)2-110	98	95	89	82	73	64	55		1.1	82	441	265	706	170	142	29
CDL(F)2-120	108	104	98	90	81	71	60		1.5	90	469	305	774	190	155	35
CDL(F)2-130	116	114	106	98	89	78	65		1.5	98	487	305	774	190	155	35
CDL(F)2-140	126	122	115	105	95	84	70		1.5	105	505	305	810	190	155	36
CDL(F)2-150	134	130	123	112	100	90	75		1.5	112	523	305	828	190	155	36
CDL(F)2-160	144	139	132	120	107	96	80		2.2	120	541	305	846	190	155	37
CDL(F)2-170	153	148	140	128	114	102	85		2.2	128	559	305	864	190	155	37
CDL(F)2-180	161	157	148	136	121	108	90		2.2	136	577	305	882	190	155	41
CDL(F)2-190	170	166	156	143	128	114	90		2.2	143	595	305	900	190	155	41
CDL(F)2-200	179	175	164	150	135	120	105		2.2	150	613	305	918	190	155	42
CDL(F)2-210	188	184	172	157	142	126	105		2.2	157	631	305	936	190	155	42
CDL(F)2-220	197	192	180	165	148	132	110		2.2	165	649	305	954	190	155	43
CDL(F)2-230	206	201	189	173	156	139	115		3	173	675	335	1010	197	165	51
CDL(F)2-240	215	210	197	181	163	146	120		3	181	693	335	1028	197	165	51
CDL(F)2-250	224	219	206	189	171	152	125		3	189	711	335	1046	197	165	52
CDL(F)2-260	232	228	214	198	179	158	130		3	198	729	335	1064	197	165	52

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Model	2	3	4	5	6	7	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
									Flow (m³/h)	B1	B2	H	D1	D2
CDL(F)4-20	18	17	15	13	10	8	Head (m)	0.37	15	297	225	522	148	117	21
CDL(F)4-30	27	26	24	20	18	13		0.55	24	324	265	589	170	142	22
CDL(F)4-40	36	35	32	27	24	19		0.75	32	351	265	616	170	142	25
CDL(F)4-50	45	44	40	34	31	23		1.1	40	378	265	643	170	142	27
CDL(F)4-60	54	53	48	41	37	28		1.1	48	405	265	670	170	142	27
CDL(F)4-70	63	62	55	48	43	33		1.5	55	442	305	747	190	155	33
CDL(F)4-80	72	71	64	55	50	38		1.5	64	469	305	774	190	155	33
CDL(F)4-90	81	80	72	62	56	43		2.2	72	496	305	801	190	155	37
CDL(F)4-100	90	89	81	69	62	48		2.2	81	523	305	828	190	155	37
CDL(F)4-110	99	98	88	76	69	53		2.2	88	550	305	855	190	155	38
CDL(F)4-120	108	107	95	83	75	58		2.2	95	577	305	882	190	155	38
CDL(F)4-130	117	106	104	90	82	63		3	104	614	335	949	197	165	46
CDL(F)4-140	126	125	112	97	89	68		3	112	641	335	985	197	165	46
CDL(F)4-150	135	134	121	104	95	73		3	121	668	335	1003	197	165	47
CDL(F)4-160	144	143	129	111	101	78		3	129	695	335	1030	197	165	48
CDL(F)4-170	153	152	137	118	108	83		4	137	722	365	1087	230	188	56
CDL(F)4-180	162	161	145	125	115	88		4	145	749	365	1114	230	188	57
CDL(F)4-190	171	170	153	132	122	93		4	153	776	365	1141	230	188	57
CDL(F)4-200	180	179	162	139	128	98		4	162	803	365	1168	230	188	58
CDL(F)4-210	189	188	170	146	133	103		4	170	830	365	1195	230	188	58
CDL(F)4-220	198	197	178	154	138	108		4	178	857	365	1222	230	188	59

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Model	5	6	7	8	9	10	11	12	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
											Flow (8m³/h)	B1	B2	H	D1	D2
CDL(F)8-20	20	19.5	19	18	17	16	14	13	Head (m)	0.75	18	350	265	615	170	142	32
CDL(F)8-30	30	29.5	28.5	28	25	24	21	19		1.1	28	380	265	645	170	142	34
CDL(F)8-40	41	39.5	38	36	34	32	28	26		1.5	36	415	305	720	190	155	40
CDL(F)8-50	52	50	48	45	42	40	36	32		2.2	45	445	305	750	190	155	44
CDL(F)8-60	62	60	57	54	51	48	43	39		2.2	54	475	305	780	190	155	45
CDL(F)8-70	72	70	67	64	60	57	51	45		3	64	520	335	873	197	165	52
CDL(F)8-80	83	80	77	73	69	65	58	52		3	73	573	335	903	197	165	53
CDL(F)8-90	93	90	87	83	78	73	66	58		4	83	603	365	948	230	188	63
CDL(F)8-100	104	100	97	92	87	81	73	65		4	92	633	365	978	230	188	64
CDL(F)8-110	114	110	107	101	96	87	80	71		4	101	663	365	1008	230	188	65
CDL(F)8-120	124	120	116	111	104	92	87	78		4	111	693	365	1038	230	188	66
CDL(F)8-130	134	131	126	119	113	98	95	85		5.5	119	725	425	1150	260	208	80
CDL(F)8-140	145	141	136	130	122	113	102	92		5.5	130	755	425	1180	260	208	81
CDL(F)8-150	155	151	146	138	131	122	110	99		5.5	138	785	425	1210	260	208	82
CDL(F)8-160	166	161	156	148	139	130	118	106		5.5	148	815	425	1240	260	208	83
CDL(F)8-170	177	171	166	156	148	138	126	113		7.5	156	845	425	1270	260	208	92
CDL(F)8-180	187	182	175	167	157	146	134	120		7.5	167	875	425	1300	260	208	93
CDL(F)8-190	197	192	185	175	166	155	142	127		7.5	175	905	425	1330	260	208	94
CDL(F)8-200	108	202	195	186	175	163	150	135		7.5	186	935	425	1360	260	208	95
CDL(F)8-210	218	212	205	195	184	171	158	143		7.5	195	965	425	1390	260	208	96
CDL(F)8-220	228	222	215	205	193	179	166	151		7.5	205	995	425	1420	260	208	97

Performance Curves

Installation Dimension Drawings

Model	7	8	9	10	11	12	13	14	15	16	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
													Flow (12m³/h)	B1	B2	H	D1	D2
CDL(F)12-20	23	23	22	22	21	20	18	17	15	14	Head (m)	1.5	20	384	295	679	190	155	39
CDL(F)12-30	35	35	34	33	31	30	28	26	23	21		2.2	30	416	295	711	190	155	43
CDL(F)12-40	47	46	45	44	42	40	37	34	31	28		3	40	461	330	791	197	165	51
CDL(F)12-50	49	58	56	55	52	50	46	43	39	35		3	50	493	330	823	197	165	53
CDL(F)12-60	71	70	68	66	63	60	56	52	47	42		4	60	525	345	870	230	188	61
CDL(F)12-70	83	82	79	77	73	70	65	61	55	49		5.5	70	579	390	969	260	208	72
CDL(F)12-80	95	94	91	88	84	80	75	70	63	56		5.5	80	611	390	1001	260	208	74
CDL(F)12-90	108	106	103	101	95	91	85	79	71	64		5.5	91	643	390	1033	260	208	76
CDL(F)12-100	120	118	114	111	106	101	94	88	80	72		7.5	101	675	390	1065	260	208	83
CDL(F)12-110	132	130	126	122	117	111	104	97	88	79		7.5	111	707	390	1097	260	208	84
CDL(F)12-120	143	141	137	133	127	121	113	106	96	86		7.5	121	739	390	1129	260	208	87
CDL(F)12-130	155	153	149	144	138	131	124	118	104	93		7.5	131	858	500	1358	330	255	155
CDL(F)12-140	168	165	160	155	148	141	132	124	112	100		11	141	890	500	1390	330	255	157
CDL(F)12-150	180	177	172	166	159	151	142	133	120	107		11	151	922	500	1422	330	255	159
CDL(F)12-160	192	189	183	178	170	162	152	142	128	115		11	162	954	500	1454	330	255	161
CDL(F)12-170	204	201	195	190	181	171	162	151	137	122		11	171	986	500	1486	330	255	163
CDL(F)12-180	217	213	207	202	192	183	171	160	145	130		11	183	1018	500	1518	330	255	165

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Data Sheet

 

Model	8	10	12	14	16	18	20	22	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
											Flow (16m³/h)	B1	B2	H	D1	D2
CDL(F)16-20	27	26	25	24	23	21	19	16	Head (m)	2.2	23	400	305	705	190	155	42
CDL(F)16-30	41	40	38	37	35	32	29	25		3	35	460	335	795	197	165	50
CDL(F)16-40	54	53	52	49	47	43	38	34		4	47	510	365	885	230	188	59
CDL(F)16-50	68	67	65	62	59	54	48	43		5.5	59	580	390	970	260	208	76
CDL(F)16-60	82	80	78	74	70	64	58	52		5.5	70	625	390	1015	260	208	77
CDL(F)16-70	96	95	91	87	82	76	68	61		7.5	82	670	390	1060	260	208	84
CDL(F)16-80	110	108	104	99	94	86	77	70		7.5	94	715	390	1105	260	208	86
CDL(F)16-90	124	122	118	112	106	98	87	78		11	106	783	500	1283	330	255	155
CDL(F)16-100	138	136	131	125	118	109	97	87		11	118	828	500	1328	330	255	157
CDL(F)16-110	152	149	144	138	129	120	106	96		11	129	873	500	1373	330	255	159
CDL(F)16-120	166	162	157	150	141	130	116	105		11	141	918	500	1418	330	255	161
CDL(F)16-130	180	176	171	163	153	141	126	114		15	153	963	500	1463	330	255	172
CDL(F)16-140	194	190	184	175	165	152	136	122		15	165	1008	500	1508	330	255	174
CDL(F)16-150	208	203	197	188	177	163	146	131		15	177	1053	500	1553	330	255	176
CDL(F)16-160	222	217	210	200	189	174	156	140		15	189	1098	500	1598	330	255	178
CDL(F)16-170	236	230	223	212	202	185	165	149		15	202	1143	500	1643	330	255	180

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Data Sheet

Model	10	12	14	16	18	20	22	24	26	28	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
													Flow (20m³/h)	B1	B2	H	D1	D2
CDL(F)20-10	13	13	12	12	11	10	9	8	7	6	Head (m)	1.1	10	360	245	605	170	142	33
CDL(F)20-20	27	26	26	25	24	23	22	20	18	15		2.2	23	400	295	695	190	155	42
CDL(F)20-30	40	39	39	38	37	35	33	30	27	24		4	35	460	345	805	230	188	58
CDL(F)20-40	54	53	52	51	49	47	44	41	37	33		5.5	47	535	390	925	260	208	74
CDL(F)20-50	67	66	64	62	60	58	55	50	45	40		5.5	58	580	390	970	260	208	76
CDL(F)20-60	81	79	77	75	73	70	66	61	55	49		7.5	70	625	390	1015	260	208	82
CDL(F)20-70	95	93	91	89	86	82	77	71	65	58		7.5	82	670	390	1060	260	208	84
CDL(F)20-80	109	107	105	102	99	94	89	82	75	67		11	94	738	500	1238	330	255	153
CDL(F)20-90	122	120	118	115	112	106	100	93	85	76		11	106	738	500	1238	330	255	155
CDL(F)20-100	136	134	131	128	124	118	111	103	95	85		11	118	828	500	1328	330	255	157
CDL(F)20-110	150	148	145	141	137	130	122	114	105	94		15	130	873	500	1373	330	255	168
CDL(F)20-120	164	162	158	154	149	142	133	124	114	102		15	142	918	500	1418	330	255	170
CDL(F)20-130	178	175	171	167	162	154	145	135	124	111		15	154	963	500	1463	330	255	172
CDL(F)20-140	192	189	185	180	174	166	156	145	133	119		15	166	1008	500	1508	330	255	174
CDL(F)20-150	206	203	198	193	187	178	168	156	143	128		18.5	178	1053	550	1603	330	255	191
CDL(F)20-160	220	216	212	206	200	190	179	167	153	137		18.5	190	1098	550	1648	330	255	193
CDL(F)20-170	234	230	225	219	212	202	190	177	162	145		18.5	202	1143	550	1693	330	255	195

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Model	16	20	24	28	32	36	40	Flow (m³/h)	Power (KW)	Head (m)	Size(mm) B1	Size(mm)				Weight (KG)
										Flow (32m³/h)		B2	H	D1	D2
CDL(F)32-10-1	14	13	12	11	9	7	4	Head (m)	1.5	9	510	305	795	190	155	64
CDL(F)32-10	18	17	15	14	13	11	8		2.2	13	510	305	795	190	155	68
CDL(F)32-20-2	29	28	26	23	20	16	11		3	20	580	330	920	197	165	77
CDL(F)32-20	36	34	32	29	27	23	18		4	27	580	365	930	230	180	85
CDL(F)32-30-2	47	44	41	38	33	28	21		5.5	33	650	425	1035	260	208	100
CDL(F)32-30	54	51	48	44	40	35	27		5.5	40	650	425	1035	260	208	100
CDL(F)32-40-2	65	62	58	53	46	40	30		7.5	46	720	425	1105	260	208	109
CDL(F)32-40	72	69	65	59	53	47	37		7.5	53	720	425	1105	260	208	109
CDL(F)32-50-2	83	79	74	68	60	52	41		11	60	900	500	1460	260	208	125
CDL(F)32-50	90	86	81	74	67	59	47		11	67	900	500	1460	260	208	125
CDL(F)32-60-2	101	97	90	83	74	65	51		11	74	970	500	1460	330	255	185
CDL(F)32-60	108	104	97	90	81	72	57		11	81	970	500	1460	330	255	185
CDL(F)32-70-2	119	114	107	98	88	78	60		15	88	1040	500	1530	330	255	199
CDL(F)32-70	126	121	113	105	95	85	67		15	95	1040	500	1530	330	255	199
CDL(F)32-80-2	136	131	123	114	102	90	71		15	102	1110	500	1600	330	255	203
CDL(F)32-80	144	138	130	120	109	97	77		15	109	1110	500	1600	330	255	203
CDL(F)32-90-2	154	148	140	129	117	102	82		18.5	117	1180	550	1720	330	255	222
CDL(F)32-90	162	156	147	136	124	109	88		18.5	124	1180	550	1720	330	255	222
CDL(F)32-100-2	175	166	157	146	131	115	91		18.5	131	1250	550	1790	330	255	227
CDL(F)32-100	182	173	164	152	138	122	98		18.5	138	1250	550	1790	330	255	227
CDL(F)32-110-2	193	184	173	164	146	128	102		22	146	1320	575	1885	360	285	272
CDL(F)32-110	200	191	180	168	153	135	109		22	153	1320	575	1885	360	285	272
CDL(F)32-120-2	211	201	189	178	160	140	113		22	160	1400	575	1955	360	285	276
CDL(F)32-120	218	208	196	184	167	147	120		22	167	1400	575	1955	360	285	276
CDL(F)32-130-2	230	218	206	193	174	153	124		30	174	1470	650	2100	360	285	293
CDL(F)32-130	237	225	213	200	181	160	131		30	181	1470	650	2100	360	285	293
CDL(F)32-140-2	247	235	222	210	189	165	135		30	189	1540	650	2170	360	285	298
CDL(F)32-140	255	242	229	216	196	172	142		30	196	1540	650	2170	400	310	341
CDL(F)32-150-2	266	253	239	224	213	178	145		30	213	1610	650	2240	400	310	345
CDL(F)32-150	274	260	246	231	210	185	152		30	210	1610	650	2240	400	310	345
CDL(F)32-160-2	284	270	255	240	218	190	156		30	218	1680	650	2330	400	310	350
CDL(F)32-160	292	277	262	246	225	197	163		30	225	1680	650	2330	400	310	350

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Data Sheet

Model	25	30	35	40	45	50	55	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
										Flow (45m³/h)	B1	B2	H	D1	D2
CDL(F)42-10-1	20	19	18	17	15	13	11	Head (m)	3	15	561	345	906	197	165	83
CDL(F)42-10	24	23	22	21	19	18	16		4	19	561	345	906	230	188	90
CDL(F)42-20-2	40	38	36	33	30	27	23		5.5	30	641	390	1031	260	208	105
CDL(F)42-20	48	46	44	42	39	35	31		7.5	39	641	390	1031	260	208	110
CDL(F)42-30-2	63	61	58	54	50	44	38		11	50	826	500	1326	330	208	183
CDL(F)42-30	71	69	66	63	58	53	47		11	58	826	500	1326	330	208	183
CDL(F)42-40-2	87	84	80	75	69	62	54		15	69	906	500	1406	330	208	197
CDL(F)42-40	95	92	88	84	78	71	62		15	78	906	500	1406	330	208	197
CDL(F)42-50-2	111	107	102	96	88	80	69		18.5	88	986	550	1536	330	208	221
CDL(F)42-50	119	115	110	105	97	88	78		18.5	97	986	550	1536	330	208	221
CDL(F)42-60-2	135	130	124	117	108	97	85		22	108	1066	550	1616	360	285	261
CDL(F)42-60	143	138	132	125	116	106	93		22	116	1066	550	1616	360	285	261
CDL(F)42-70-2	158	152	146	138	127	115	100		30	127	1146	575	1721	400	310	320
CDL(F)42-70	166	161	154	146	135	124	109		30	135	1146	575	1721	400	310	320
CDL(F)42-80-2	182	175	168	159	146	133	116		30	146	1226	650	1876	400	310	324
CDL(F)42-80	190	184	176	167	154	141	124		30	154	1226	650	1876	400	310	324
CDL(F)42-90-2	205	198	190	180	166	150	132		30	166	1306	650	1956	400	310	328
CDL(F)42-90	214	207	198	188	174	159	140		37	174	1306	650	1956	400	310	352
CDL(F)42-100-2	230	221	212	200	185	168	147		37	185	1386	650	2036	400	310	355
CDL(F)42-100	238	230	220	209	193	177	155		37	193	1386	650	2036	400	310	355
CDL(F)42-110-2	255	246	236	223	206	188	165		45	206	1466	685	2151	460	340	426
CDL(F)42-110	263	255	244	232	214	196	173		45	214	1466	685	2151	460	340	426
CDL(F)42-120-2	280	270	259	245	226	206	181		45	226	1546	685	2231	460	340	432
CDL(F)42-120	289	280	268	255	236	216	190		45	236	1546	685	2231	460	340	432
CDL(F)42-130	305	294	282	267	247	225	198		45	247	1626	685	2311	460	340	438

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Data Sheet

Model	30	40	50	60	65	70	80	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
										Flow (64m³/h)	B1	B2	H	D1	D2
CDL(F)64-10-1	19	18	16	14	13	11	8	Head (m)	4	13	561	355	916	230	188	93
CDL(F)64-10	27	25	23	21	20	18	15		5.5	20	561	390	951	260	208	105
CDL(F)64-20-2	39	36	33	29	26	23	17		7.5	26	644	390	1034	260	208	110
CDL(F)64-20-1	46	44	40	36	33	30	24		11	33	754	500	1254	330	255	182
CDL(F)64-20	53	51	47	43	40	37	30		11	40	754	500	1254	330	255	182
CDL(F)64-30-2	66	62	56	50	46	41	32		15	46	836	500	1336	330	255	196
CDL(F)64-30-1	73	69	63	57	53	48	39		15	53	836	500	1336	330	255	197
CDL(F)64-30	80	76	70	64	60	55	46		18.5	60	836	550	1386	330	255	221
CDL(F)64-40-2	92	87	80	71	66	60	47		18.5	66	919	550	1469	330	255	225
CDL(F)64-40-1	100	94	87	78	73	67	54		22	73	919	575	1494	360	285	258
CDL(F)64-40	107	101	94	85	80	74	61		22	80	919	575	1494	360	285	258
CDL(F)64-50-2	121	114	105	95	88	80	64		30	88	1001	650	1651	400	310	320
CDL(F)64-50-1	128	121	112	102	95	87	71		30	95	1001	650	1651	400	310	320
CDL(F)64-50	136	129	119	109	102	94	78		30	102	1001	650	1651	400	310	320
CDL(F)64-60-2	150	142	131	118	110	101	81		30	110	1084	650	1734	400	310	325
CDL(F)64-60-1	157	149	138	125	117	108	88		37	117	1084	650	1734	400	310	349
CDL(F)64-60	164	156	145	132	124	115	95		37	124	1084	650	1734	400	310	349
CDL(F)64-70-2	179	169	156	141	132	121	99		37	132	1166	650	1816	400	310	353
CDL(F)64-70-1	186	176	163	148	139	128	106		37	139	1166	650	1816	400	310	353
CDL(F)64-70	193	183	170	155	146	135	112		45	146	1166	685	1851	460	340	420
CDL(F)64-80-2	207	196	182	164	154	142	116		45	154	1248	685	1933	460	340	424
CDL(F)64-80-1	215	203	189	171	161	149	123		45	161	1248	685	1933	460	340	424

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Data Sheet

Model	50	60	70	80	90	100	110	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
										Flow (90m³/h)	B1	B2	H	D1	D2
CDL(F)85-10-1	22	19	17	16	13	10	6	Head (m)	5.5	13	571	390	961	260	208	105
CDL(F)85-10	25	24	22	21	19	16	12		7.5	19	571	390	861	260	208	110
CDL(F)85-20-2	41	39	36	32	28	22	15		11	28	773	500	1273	330	255	181
CDL(F)85-20	53	50	47	44	40	36	30		15	40	773	500	1273	330	255	192
CDL(F)85-30-2	68	65	60	55	49	41	32		18.5	49	865	550	1415	330	255	215
CDL(F)85-30	81	77	72	67	62	55	48		22	62	865	575	1440	360	285	252
CDL(F)85-40-2	98	93	87	80	72	62	50		30	72	957	650	1670	400	310	312
CDL(F)85-40	110	105	100	92	84	76	66		30	84	957	650	1670	400	310	312
CDL(F)85-50-2	126	120	113	104	93	81	68		37	93	1049	650	1699	400	310	336
CDL(F)85-50	139	131	124	115	106	94	83		37	106	1049	650	1699	400	310	336
CDL(F)85-60-2	155	148	139	129	117	102	86		45	117	1141	685	1826	460	340	407
CDL(F)85-60	168	160	150	141	130	117	103		45	130	1141	685	1826	460	340	407

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Data Sheet

Model	60	70	80	90	100	110	130	140	150	Flow (m³/h)	Power (KW)	Flow (120m³/h)	Size(mm)					Weight (KG)
													B1	B2	H	D1	D2
CDL(F)120-10	22	21	21.6	21	20	19	17	16	15	Head (m)	11	19	840	500	1340	330	255	230
CDL(F)120-20-2	34	33	33	31	30	30	27	25	24		15	29	1000	500	1500	330	255	245
CDL(F)120-20-1	41	40	39	38	37	36	32	30	27		18.5	35	1000	550	1550	330	255	250
CDL(F)120-20	46	45	44	43	42	41	38	36	33		22	40	1000	575	1575	360	285	285
CDL(F)120-30-2	57	56	55	53	52	51	46	43	41		30	49	1160	650	1810	400	310	360
CDL(F)120-30-1	64	63	62	60	58	57	52	49	46		30	56	1160	650	1810	400	310	360
CDL(F)120-30	69	68	67	66	64	62	57	54	51		30	61	1160	650	1810	400	310	360
CDL(F)120-40-2	80	79	78	76	73	72	66	61	58		37	69	1320	650	1970	400	310	400
CDL(F)120-40-1	87	86	84	82	80	78	72	68	64		37	76	1320	650	1970	400	310	400
CDL(F)120-40	92.5	91	90	88	85	83	77	73	68		45	81	1320	685	2005	460	340	460
CDL(F)120-50-2	104	103	101	99	96	93	85	80	75		45	90	1480	685	2165	460	340	470
CDL(F)120-50-1	110	109	107	105	102	100	92	86	83		45	97	1480	685	2165	460	340	470
CDL(F)120-50	115	114	113	110	107	104	96	91	86		55	102	1510	760	2270	540	370	575
CDL(F)120-60-2	128	125	123	121	117	113	104	98	92		55	110	1670	760	2430	540	370	585
CDL(F)120-60-1	134	132	130	127	124	121	111	105	100		55	118	1670	760	2430	540	370	585
CDL(F)120-60	139	137	135	132	128	126	116	110	104		75	123	1670	845	2515	580	410	705
CDL(F)120-70-2	151	148	145	143	138	134	123	116	109		75	130	1830	845	2675	580	410	715
CDL(F)120-70-1	156	154	152	148	144	141	130	123	116		75	138	1830	845	2675	580	410	715
CDL(F)120-70	162	160	158	155	151	148	137	129	123		75	145	1830	845	2675	580	410	715

Performance Curves

50HZ，2900rpm

Installation Dimension Drawings

Data Sheet

Model	80	90	100	110	130	140	160	170	180	Flow (m³/h)	Power (KW)	Head (m)	Size(mm)					Weight (KG)
												Flow (150m³/h)	B1	B2	H	D1	D2
CDL(F)150-10-1	18	18	17	17	15	14	11	10	8	Head (m)	11	13	840	500	1340	330	255	230
CDL(F)150-10	24	23	22	22	20	20	17	16	15		15	18	840	500	1340	330	255	235
CDL(F)150-20-2	37	35	34	33	31	29	26	23	21		18.5	28	1000	550	1550	330	255	250
CDL(F)150-20-1	44	43	42	40	38	37	33	30	27		22	35	1000	575	1575	360	285	295
CDL(F)150-20	50	49	48	47	44	42	37	34	32		30	40	1000	575	1575	400	310	360
CDL(F)150-30-2	63	61	59	57	54	53	45	42	39		30	49	1160	650	1810	400	310	360
CDL(F)150-30-1	70	68	67	65	62	60	53	49	45		37	56	1160	650	1810	400	310	360
CDL(F)150-30	78	76	75	73	68	66	59	55	50		37	63	1160	650	1810	400	310	385
CDL(F)150-40-2	89	87	84	81	77	74	65	60	56		45	71	1320	685	2005	460	340	460
CDL(F)150-40-1	96	94	91	89	84	81	72	67	62		45	77	1320	685	2005	460	340	460
CDL(F)150-40	104	102	100	97	91	88	79	74	68		55	84	1350	760	2110	540	370	560
CDL(F)150-50-2	115	112	109	106	100	97	86	79	73		55	92	1510	760	2270	540	370	570
CDL(F)150-50-1	122	119	117	113	107	104	93	87	80		75	99	1510	845	2355	580	410	690
CDL(F)150-50	130	127	125	121	115	111	101	94	86		75	107	1510	845	2355	580	410	690
CDL(F)150-60-2	140	137	133	130	121	118	106	98	91		75	112	1670	845	2515	580	410	700
CDL(F)150-60-1	148	145	142	137	131	127	114	106	97		75	120	1670	845	2515	580	410	700
CDL(F)150-60	157	153	149	145	139	137	123	116	109		75	130	1670	845	2515	580	410	700