Mbsmpro.com, Embraco, NEU2178GK, 1 HP, LBP, R404A, 220-240V, 50Hz, 16.8 cc, CSR, Commercial Freezer Compressor

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The Cold Heart of Commercial Freezing: Embraco NEU2178GK

If you are an artisan bricoleur or a refrigeration technician working on commercial island freezers or restaurant reach-ins, you have likely encountered the Embraco NEU2178GK. This isn’t your standard domestic fridge compressor; this is a 1 HP powerhouse designed for the heavy lifting required by Low Back Pressure (LBP) applications using R404A or R507 refrigerant.

Known for its robust “Made in Slovakia” build, the NEU2178GK is a CSR (Capacitor Start, Capacitor Run) motor. This is a critical detail for technicians: unlike simpler PTCSCR compressors, this unit relies on a precise electrical box containing both a start capacitor and a run capacitor to manage its high starting torque (HST). It is the engine you choose when you need reliability in a -30°C environment.

Why the “GK” Matters

In Embraco’s nomenclature, the “K” at the end (as in NEU2178GK) often signifies a specific motor type—in this case, one designed for High Starting Torque. This means it can restart even if pressures haven’t fully equalized, a common scenario in busy commercial kitchens where doors are opened frequently.

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Technical Specifications: The Data You Need

Here is the breakdown of the technical capabilities of this compressor.

Feature	Specification
Model	NEU2178GK
Brand	Embraco (Nidec)
Horsepower (HP)	1 HP
Displacement	16.80 cm³ (cc)
Refrigerant	R404A / R507 / R452A
Application	LBP (Low Back Pressure)
Voltage	220-240V ~ 50Hz
Cooling Capacity	~900 W (at -23.3°C ASHRAE)
Motor Type	CSR (Capacitor Start & Run)
Start Capacitor	88 – 108 µF / 330V
Run Capacitor	15 µF / 400V
Oil Type	POE 22 (Polyolester)
Oil Charge	350 ml
Expansion Device	Capillary or TXV (Expansion Valve)

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Exploitation: Installation Tips for the Artisan

Installing a 1 HP commercial compressor is different from swapping a domestic one. Here are the “golden rules” for the NEU2178GK:

1. The Electric Box is Mandatory: You cannot bypass the capacitor box. This motor needs the 15µF run capacitor to maintain efficiency and keep the windings cool, and the start capacitor to kick the rotor into motion against high head pressure.
2. Moisture is the Enemy: This compressor comes filled with POE oil. POE is like a sponge for humidity. If you leave the plugs open for more than 15 minutes, the oil absorbs moisture that vacuum pumps cannot remove. Keep it sealed until the last second.
3. Nitrogen Sweep: Because R404A systems use POE oil, any carbon from brazing will turn into sludge and block the capillary tube immediately. Always braze with a trickle of nitrogen flowing through the pipes.
4. R452A Compatibility: If R404A is expensive or restricted in your area, this compressor is often compatible with R452A, a drop-in replacement with a lower GWP (Global Warming Potential), but always check the discharge temperature.

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Comparison: Embraco NEU2178GK vs. The Competition

When you can’t find the exact Embraco model, you need a replacement. Here is how it stacks up against the heavyweights from Secop and Tecumseh.

Compressor	Brand	Approx. HP	Displacement	Verdict
NEU2178GK	Embraco	1 HP	16.8 cc	Best for high-torque commercial freezers.
SC21CL	Secop (Danfoss)	~7/8 – 1 HP	20.95 cc	Older design, physically larger, very reliable.
CAJ2464Z	Tecumseh	1.5 HP	34.4 cc	Much more powerful; usually overkill for this slot.
NT2180GK	Embraco	1 HP	20.4 cc	The “big brother” of the NEU series; fits if you have space.

Pro Tip: If replacing a Secop SC21CL with this Embraco NEU2178GK, you may need to adjust the pipework as the Embraco is slightly more compact (lower height: ~206mm vs Secop ~219mm).

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Performance Analysis: Power Consumption

One reason technicians love the NEU series is efficiency.

• Current (Amps): At typical freezer conditions (-25°C), it draws about 4.3 Amps.
• LRA (Locked Rotor Amps): 21.0 A. If your clamp meter reads 21A instantly and stays there, your compressor is mechanically seized or the start capacitor is dead.

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Performance Analysis: Power Consumption

One reason technicians love the NEU series is efficiency.

• Current (Amps): At typical freezer conditions (-25°C), it draws about 4.3 Amps.
• LRA (Locked Rotor Amps): 21.0 A. If your clamp meter reads 21A instantly and stays there, your compressor is mechanically seized or the start capacitor is dead.

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Focus Keyphrase: Embraco NEU2178GK 1 HP Compressor R404A

SEO Title: Mbsmpro.com, Embraco, NEU2178GK, 1 HP, LBP, R404A, 220-240V, 50Hz, 16.8 cc, CSR, Commercial Freezer

Meta Description: Discover the Embraco NEU2178GK 1 HP Compressor (R404A/LBP). Full technical specs, CSR wiring guide, and comparisons with Secop and Tecumseh for commercial refrigeration repairs.

Slug: embraco-neu2178gk-1-hp-compressor-r404a-lbp-specs

Tags: Mbsmgroup, Mbsm.pro, mbsmpro.com, mbsm, Embraco NEU2178GK, 1 HP Compressor, R404A, Commercial Freezer, CSR Motor, NEU2178GK Specs, Refrigeration Repair, 16.8cc Compressor

Excerpt: The Embraco NEU2178GK is the definitive choice for 1 HP commercial freezing applications. Featuring a robust CSR motor and 16.8cc displacement, this R404A compressor delivers high starting torque for demanding environments. This guide details the electrical requirements, installation tips, and how it compares to Secop and Tecumseh alternatives.

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Copeland ZB50KCE Scroll Compressor Nameplate: How to Read the Label and Choose the Right Polyester Oil

The photo shows the damaged nameplate of a Copeland ZB50KCE scroll compressor, factory‑charged with polyester (POE) oil for medium‑temperature refrigeration. Correctly interpreting this label helps technicians confirm oil, power, voltage and safety limits during service or replacement.​

Compressor identification

The model belongs to the Copeland ZB series, used in commercial cold rooms and process cooling for refrigerants such as R404A, R134a and R22 alternatives. Depending on voltage code (TFD‑551, TFD‑950, etc.), it is sold as a 7 hp medium‑temperature compressor with around 11.9 kW nominal capacity.​

• Model code example: ZB50KCE‑TFD‑551 or ZB50KCE‑TFD‑950.​
• Technology: Hermetic scroll, part of the Summit series designed for higher seasonal efficiency.​

Polyester oil (POE) on the label

The upper part of the label still shows POLYESTER OIL, confirming that the compressor is charged with POE lubricant. Catalogues list oil charges of about 2.6–2.7 l using approved POE types such as RL32‑3MAF or Mobil EAL Arctic 22 CC, depending on the variant.​

• POE oil absorbs moisture quickly, so systems must be evacuated deeply and fitted with quality filter‑driers.​
• Only compatible POE grades should be added; mixing with mineral or alkylbenzene oil is not permitted.​

Technical data with hp and W

The following table compiles typical data for a Copeland ZB50KCE‑TFD‑551 running as a medium‑temperature refrigeration compressor; values may vary slightly by refrigerant and exact model.​

Parameter	Typical value for ZB50KCE*
Nominal power	7 hp​
Nominal capacity	11.9 kW cooling (≈11 900 W)​
Electrical power input	≈7.5–7.9 kW depending on conditions​
Displacement	19.8 m³/h​
Supply voltage	380–420 V/3/50 Hz and 460 V/3/60 Hz (TFD code)​
Maximum operating current	14.6 A​
Locked‑rotor current	≈100 A​
Oil type	POE (e.g. RL32‑3MAF)​
Oil quantity	2.6–2.7 l​
Sound level	≈64 dBA at 1 m​
Net weight	≈59 kg (TFD‑551)​

*Always confirm with the exact data sheet for your compressor code.​

Voltage and operating limits on the sticker

On the lower part of the photographed label, remnants of “Volt 1 380 … Volt 2 460” can be identified, matching the dual‑voltage three‑phase motor used in TFD models. Another line mentions maximum current around 14.6 A, which is the value used to size breakers, contactors and cables.​

• The TFD motor code indicates 380–420 V/3/50 Hz and 460 V/3/60 Hz with internal motor protection.​
• Respecting these limits and using proper overload protection prevents overheating and nuisance trips in commercial installations.​

Practical maintenance notes

For technicians such as those in Mbsmgroup and Mbsm.pro, a faded nameplate is common on older units, but the combination of model code and official catalogue restores all critical information. Creating a new service label with hp, kW, voltage, POE oil type and charge simplifies future troubleshooting and reduces the risk of mistakes during oil changes or retrofits.​

• When replacing or topping up oil, always isolate the compressor, recover refrigerant and work under clean, dry conditions.​
• If in doubt about capacity or application limits, refer to the Copeland ZB range catalogue and selection software before approving a replacement.​

Guide to Common Refrigerants: Standing, Suction and Discharge Pressures for Modern HVAC Systems

Refrigeration technicians today work with a mix of legacy and new-generation refrigerants, each with its own safe pressure range and boiling temperature. Understanding these values is essential for accurate diagnostics, safe charging and long compressor life in air‑conditioning and commercial refrigeration.​

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Key role of pressure charts

Pressure–temperature charts and standing/suction/discharge tables give technicians a fast reference for what a system “should” be doing at a given ambient or evaporating temperature.​
Using wrong reference values can lead to over‑charging, overheating, liquid slugging or misdiagnosis of a healthy system as faulty.​

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Overview of common refrigerants

The image groups the most used refrigerants in residential and light commercial systems: R22, R134a, R600a, R32, R290, R407C, R404A, R410A and R417 (R417A).​
Each gas has a typical standing pressure (static pressure at rest), an evaporating suction pressure, a condensing discharge pressure and a characteristic boiling point at atmospheric pressure.​

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Typical pressure ranges from the chart

The following table summarises the indicative values shown in the chart (all pressures are approximate, for normally loaded systems at typical comfort‑cooling conditions).

Indicative pressures and boiling points

Refrigerant	Approx. standing pressure	Approx. suction pressure	Approx. discharge pressure	Boiling point (°C)	Typical replacement for
R22	150–155 psi / 1034–1069 kPa ​	60–70 psi / 413–483 kPa ​	250–300 psi / 1724–2069 kPa ​	−40.8 °C ​	R11 / legacy R22 AC ​
R134a	80–95 psi / 552–655 kPa ​	12–15 psi / 83–103 kPa ​	~150 psi / 1034 kPa ​	−26.2 °C ​	R12 in domestic & auto ​
R600a	40–50 psi / 276–345 kPa ​	≈0–1 psi / 0–7 kPa ​	~150 psi / 1034 kPa ​	−11.7 °C ​	Low‑charge fridges, R12 ​
R32	240–245 psi / 1655–1689 kPa ​	110–115 psi / 758–793 kPa ​	175–375 psi / 1207–2586 kPa ​	−52.0 °C ​	High‑efficiency R410A/R22 ​
R290	125–130 psi / 862–896 kPa ​	65–70 psi / 448–483 kPa ​	275–300 psi / 1896–2069 kPa ​	−42.1 °C ​	R22 in some systems ​
R407C	180–185 psi / 1241–1276 kPa ​	75–80 psi / 517–552 kPa ​	275–300 psi / 1896–2069 kPa ​	−45.0 °C (bubble) ​	R22 retrofits ​
R404A	180–185 psi / 1241–1276 kPa ​	80–90 psi / 552–621 kPa ​	275–300 psi / 1896–2069 kPa ​	−46.2 °C ​	R502 low‑temp systems ​
R410A	225–230 psi / 1551–1586 kPa ​	120–130 psi / 828–896 kPa ​	450–500 psi / 3103–3447 kPa ​	−51.4 °C ​	Modern R22 AC ​
R417A	~140 psi / 965 kPa standing ​	~65 psi / 448 kPa suction ​	~261 psi / 1796 kPa discharge ​	−39.0 °C ​	R22 service blend ​

These figures are not universal “set‑points”, but practical targets that help technicians decide whether a system is under‑charged, over‑charged or suffering airflow or mechanical problems.​

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Safety, cylinder colours and replacements

Many countries use conventional cylinder colour codes to identify refrigerants quickly on site, although some regions are migrating to neutral colours with clear labelling.​
Hydrocarbons such as R290 and R600a are flammable, so working pressures must always be combined with strict leak‑prevention, ventilation and ignition‑control procedures.​

When phasing out ozone‑depleting R22, blends like R407C or R417A are often used in retrofit projects, while new high‑efficiency equipment typically relies on R410A or R32 with different design pressures.​
Comparing the standing and operating pressures during commissioning helps ensure that a replacement refrigerant is compatible with existing components such as compressors, valves and heat‑exchangers.​

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Practical use for technicians and trainers

• Technicians can laminate similar tables and keep them in the toolbox or on the workshop wall as a quick‑reference during charging and troubleshooting.​
• Training centres and HVAC content creators like Mbsmgroup and Mbsm.pro can turn these values into interactive quizzes, infographics or mobile‑friendly charts for students and new technicians.​​

CML45FB3N, CML60FB3N, CML80FB3N, CML90FB3N, CMP12FB3N, CMP14FB3N, CMX18FB3N, CMR22FB3N, CMS26FB3N, CMS3OFB3N, CML40TB3N, CML45TB3N, CML60TB3N, CML80TB3N, CML90TB3N, CMP12TB3N, CMP14TB3N, CMX16TB3N, CMX18TB3N, CMR22TB3N, CMS26TB3N, CGL40TB3NR, CGL45TB3NR, CGL60TB3NR, CGL90TB3NR, CGP10RB3N, CGP12TB3NR, CGP14TB3NR, CGX18TB3N, CGX21TB3N, CGS26TB3N, CGS30TB3N, CGS34TB3N

https://mbsm.pro/wp-content/uploads/uploads/Mbsm-tn-media-Electrolux-Compressor-Data.pdf

 

1. Table of Contents:

• Page 1: Compressors and condensing units for low-temperature applications using R404a refrigerant.
• Page 2: Compressors and condensing units for medium/high-temperature applications using R404a refrigerant.
• Page 3: Compressors and condensing units for medium/high-temperature applications using R134a refrigerant.

2. Key Technical Data:

• Compressor Type: Compressors are classified based on displacement (cm³/rev) and motor power (HP).
• Motor Type: CSIR (Capacitor Start Induction Run).
• Electrical Power: Measured in watts (Watts) and electrical current (FLA) in amperes.
• Cooling Capacity: Measured in watts (Watts) and varies based on ambient temperature and evaporating temperature.
• Dimensions and Weight: Dimensions (length, width, height) are provided in millimeters, and weight is given in kilograms.

3. Illustrative Tables:

Table 1: Compressors for Low-Temperature Applications (R404a)

Model	Displacement (cm³/rev)	Motor Power (HP)	Motor Type	Electrical Power (Watts)	Electrical Current (Amps)	Ambient Temp. (°C)	Cooling Capacity (Watts)	Dimensions (mm)	Weight (kg)
CM1A5FB3N	4.6	1/6	CSIR	226	1.6	40	95 – 370	425x325x220	14.5
CM1B0FB3N	6.0	1/5	CSIR	270	1.8	38	122 – 454	425x325x220	16.5
CM1B0FB3N	8.1	1/4	CSIR	345	2.2	38	159 – 548	425x325x220	17.2
CM1B0FB3N	8.6	1/3	CSIR	358	2.2	38	195 – 679	425x335x245	19.2
CM1P12FB3N	12.0	3/8	CSIR	219	2.9	32	263 – 965	425x335x245	22.3
CM1P14FB3N	14.0	1/2	CSIR	572	3.4	32	264 – 999	425x335x245	22.3
CMX13RF3N	18.4	5/8	CSIR	718	3.6	32	358 – 1351	510x350x275	28.0
CM1B22FB3N	21.8	2/3	CSIR	754	3.8	32	355 – 1712	540x385x300	34.0
CMS26FB3N	26.2	3/4	CSIR	890	4.7	32	369 – 2218	525x425x355	39.0
CM53GFB3N	30.0	7/8	CSIR	1130	5.6	32	618 – 2385	545x425x350	39.0

Table 2: Compressors for Medium/High-Temperature Applications (R404a)

Model	Displacement (cm³/rev)	Motor Power (HP)	Motor Type	Electrical Power (Watts)	Electrical Current (Amps)	Ambient Temp. (°C)	Cooling Capacity (Watts)	Dimensions (mm)	Weight (kg)
CM140TB3N	4.0	1/5	CSR	348	2.0	32	205 – 687	425x325x235	14.6
CM145TB3N	4.5	1/4	CSR	385	2.2	32	221 – 728	425x325x235	14.7
CM160TB3N	5.7	1/3	CSR	477	2.8	32	274 – 907	425x330x245	22.7
CM180TB3N	7.6	3/8	CSR	570	3.3	32	420 – 1300	450x355x270	23.5
CM190TB3N	8.9	1/2	CSR	700	4.0	32	434 – 1433	425x335x270	23.9
CMIP12TB3N	12.0	1/2	CSR	860	4.1	32	598 – 2023	450x355x350	29.8
CMIP14TB3N	14.0	5/8	CSR	1000	4.9	32	631 – 2172	450x355x350	29.9
CMX16TB3N	16.0	1	CSR	1163	5.8	32	751 – 2385	450x355x350	30.0
CMX18TB3N	18.4	11/8	CSR	1370	7.0	32	812 – 2425	450x355x350	30.0
CMR22TB3N	21.2	11/4	CSR	1228	6.3	32	885 – 3213	450x355x350	30.0
CM52BTB3N	25.9	11/2	CSR	1772	9.0	32	1218 – 4023	450x355x350	30.0

Table 3: Compressors for Medium/High-Temperature Applications (R134a)

Model	Displacement (cm³/rev)	Motor Power (HP)	Motor Type	Electrical Power (Watts)	Electrical Current (Amps)	Ambient Temp. (°C)	Cooling Capacity (Watts)	Dimensions (mm)	Weight (kg)
CG1401r83NR	4.0	1/8	CSIR	219	1.4	32	87 – 455	425x325x210	14.5
CG1451r83NR	4.5	1/6	CSIR	237	1.4	32	111 – 503	425x325x210	14.5
CG1601r83NR	5.7	1/5	CSIR	270	1.7	32	154 – 623	425x325x235	17.0
CG1301r83NR	8.8	1/4	CSIR	385	2.3	32	717 – 945	425x340x245	18.5
CGP10RB3N	10.2	1/3	CSIR	452	2.7	32	502 – 1123	425x350x270	19.5
CGP12T83NR	12.1	3/8	CSIR	602	3.6	32	529 – 1229	425x350x270	20.0
CGP14T83NR	14.0	3/8	CSIR	665	4.0	32	301 – 1354	425x350x270	21.5
CGX18T83N	18.4	1/2	CSIR	845	5.1	32	394 – 1811	510x361x297	26.0
CGX21T83N	20.7	5/8	CSIR	1001	5.8	32	454 – 2057	480x450x312	29.0
CGS26T83N	25.9	3/4	CSIR	1120	6.85	32	541 – 3182	525x425x355	36.0
CGS30T83N	30.0	7/8	CSIR	1170	6.4	32	627 – 3340	545x425x350	39.0
CGS34T83N	34.4	1	CSIR	1352	7.0	32	707 – 3340	545x425x350	39.0

4. Explanations and Analysis:

A. Compressor Applications:

• Low-Temperature Applications: These compressors are used in refrigeration systems that require low temperatures, such as refrigerators and freezers. The refrigerant used is R404a.
• Medium/High-Temperature Applications: These compressors are used in air conditioning and refrigeration systems that operate at higher temperatures, such as air conditioners and commercial refrigeration systems. The refrigerants used are R404a and R134a.

B. Cooling Capacity:

• Cooling capacity varies based on ambient temperature and evaporating temperature. The lower the evaporating temperature, the lower the cooling capacity of the compressor.
• Larger compressors (with higher displacement) provide higher cooling capacity.

C. Dimensions and Weight:

• Larger compressors weigh more and take up more space, requiring appropriate system design for installation.

D. Compatibility with Other Refrigerants:

• All models are suitable for use with R507 and R407B refrigerants, providing flexibility in refrigerant selection based on application and local regulations.

5. Conclusion:

• Electrolux offers a wide range of compressors and condensing units to meet various cooling needs, whether for low-temperature or medium/high-temperature applications.
• The provided technical data helps in selecting the appropriate compressor based on required cooling capacity, environmental conditions, and available installation space.

 

This compressor has been replaced by the Tecumseh AE4470Z, HBP – R404A, 220-240V/50Hz supercharger/compressor Tecumseh CAE9470Z Ö ltyp (POE), HBP – R404A, Voltage 220-240V/1/50Hz, Starting current LRA 20A, Motor type CSR, Cap. Connections OD: 3/8“ x 1/4“ m measured for condensation temperature 54,5° C, suction gas temperature 46° C, measuring conditions: CECOMAF

Compressor type:	Reciprocating piston
Condensation temperature:	54.5 °C
Condensing units Compressors:	Compressor
Connection Size:	Connection Size
Content:	1,00 pcs.
Cooling capacity (W):	803
Cooling capacity (W) at To -5°C:	1663
Cooling capacity (W) at To -25°C:	383
Cooling capacity (W) at To 5°C:	1109
Design:	Design, Hermetic
Dimensions ( height ):	21,50 cm
Displacement (cm3):	13,3
Engine type:	CSR
Equipment:	Equipment
Info:	Oil prefilled
Manufacturer:	Tecumseh, Tecumseh L` Unite
Measuring conditions:	CECOMAF
Oil quantity (l):	0,35
Oil type:	POE
Power (W):	1637
Power condition:	+5 / +50 °C
Power range (C):	-25 C to +15 C
Power range (W):	701 – 1000 W 1.5 – 2 kW
Power supply:	230 V
Pressure line (inch):	1/4
Refrigerant:	R404A, R407B, R507A
Scope of application:	HBP
Series:	CAE
Suction line (inch):	3/8
Suction side:	3/8″
To be used with:	Capillary/Expansion
Voltage:	220-240V
cooling capacity (W) at To -10°C:	869
cooling capacity (W) at To -15°C:	669
cooling capacity (W) at To -20°C:	508
cooling capacity (W) at To 0°C:	1392
cooling capacity (W) at To 15°C:	2514

Data Sheet

Power supply	220/240 V-50 Hz-1 Ph
Horsepower	3/4 hp
Displacement	17,40 cm3
Application	LBP
Cooling capacity at ASHRAE LT conditions, R404A/R507	0,78 kW
Cooling capacity at EN12900 LT conditions, R404A/R507	0,42 kW
Refrigerant	R404A, R452A, R507A
Suction pipe	3/8″
Discharge pipe	1/4″
Weight	17,00 kg
Max height	220 mm
LRA	25,00 A
Recharge oil	450 cm3
Type of oil	POE 22 ester
Other remarks	Electrical components are included
Technology	Fixed speed
Type of motor cooling	Fan
Motor type	CSIR
Motor protection type	External

Data Sheet

Power supply	220/240 V-50 Hz-1 Ph
Horsepower	1/2 hp
Displacement	8,78 cm3
Application	LBP
Cooling capacity at ASHRAE LT conditions, R404A/R507	0,46 kW
Cooling capacity at EN12900 LT conditions, R404A/R507	0,25 kW
Refrigerant	R404A, R452A, R507A
Suction pipe	3/8″
Discharge pipe	1/4″
Weight	11 kg
Max height	200 mm
LRA	16,10 A
Recharge oil	350 cm3
Type of oil	POE 22 ester
Other remarks	Electrical components are included
Technology	Fixed speed
Type of motor cooling	Fan
Motor type	CSIR
Motor protection type	External

• Compressor TECUMSEH model: CAJ2446Z-FZ

  

  Refigerant		R404A / R507 / R449A / R448A / R452A
  Working range[stC] LBP		-40 do -10
  Nominal capacity [W] evaporating temperature -10C		2234
  Power supply		220V 50Hz
  Motor type		CSR
  Displacement [cm³]		26,20
  Weight [kg]		21,40

  

  Refrigerant:

  R404A , R507 , R449A , R448A , R452A

Compresseur Hitachi pour réfrigérateur refroidisseur d’eau Tous les types de réfrigérateurs, R134a, R404a, R600a (NON CFC), ne détruisent pas l’ozone, sont respectueux de l’environnement, sont la dernière technologie de la série Inverter, efficacité de refroidissement élevée, son silencieux.

MODÈLE	HP	REFROIDISSEMENT	BTU/H	DEMANDE	FLORIDE	CIRCUIT	LISTE DES PRIX
FL0634-SW	1/12	78 watts.	266	FAIBLE	0,55	RSIR	1 390
FL0739-SZ	1/10	95 watts.	324	FAIBLE	0,59	RSIR	1 460
FL0845-SZ	1/8	105 watts.	358	FAIBLE	0,70	RSIR	1 530
FL1052-SG	1/6	120 watts.	409	FAIBLE	0,88	RSIR	1 715
FL1462-SY	1/5	160 watts.	546	FAIBLE	1.02	RSIR	1 800
FL1568-SY	1/5	185 watts.	631	FAIBLE	0,96	RSIR	2 025
FL1875-SY	1/4	210 watts.	717	FAIBLE	1.32	RSIR	2 060
FL2088-SZ*	1/3	250 watts.	853	FAIBLE	0,96	RSE	2 645
FH0739-RZ	1/10	375 watts.	1280	HAUT	1,94	RSIR	1 515
FH1552-RZ	1/5	520 watts.	1775	HAUT	1,86	RSIR	1 945
FH2075-RZ	1/4	760 watts.	2594	HAUT	2,50	RSIR	2 060
FH2588-SY*	1/3	890 watts.	3038	HAUT	1,80	RSE	2 645