1. Safety First (The “Unplug” Rule)

Before you touch anything, pull the power plug. It’s the easiest way to make sure nothing kicks on while your hands are inside the machine.

2. Relieve the Pressure

If this is a fridge or a water cooler, turn off the water line and try to get one last glass of water out. This drops the pressure so the filter doesn’t “pop” or spray you when you unscrew it. If it’s a compressor, bleed the air tank first.

3. The “Left-Loose, Right-Tight” Swap

Most 1/5 Hp systems use a simple twist-lock:

• Remove: Twist the old filter a quarter-turn to the left (counter-clockwise) and pull it straight out.
• Install: Pop the plastic caps off the new filter. Line up the little arrows or notches, push it in firm, and twist to the right until it clicks or stops.

4. The “Grey Water” Trick

If it’s a water filter, the first few cups will look cloudy or even blackish. That’s just harmless carbon dust. Run the water for about 3 to 5 minutes until it’s crystal clear.

Professional Commentary (The Spirit of the Craft)

“When we talk about a 1/5 HP compressor, we are essentially talking about the ‘heart’ of a domestic refrigerator or a small cooler. In this field, the fine details are what set a professional apart:

• The Quantity: Typically, this size requires about 200 to 250 ml (depending on the model and manufacturer, such as Danfoss or Jiaxipera). The golden rule here is ‘precision by the milliliter.’ Excess oil can lead to ‘Oil Logging’ within the cooling circuit, while a deficit causes friction that eventually kills the compressor.
• The Method: It’s not just about pouring oil; it’s a matter of integrity. You must ensure the old oil is completely drained while inspecting it for impurities. If the oil is black or has a burnt odor, it’s a clear diagnostic sign of the motor’s condition. As for recharging, it must be done via the service line using vacuum suction to ensure no moisture or air enters the system—moisture is the ultimate enemy of refrigeration oil.
• The Oil Type: This is the trap! The oil must be selected based on the refrigerant type. For instance, R134a requires synthetic POE oil, whereas older models or those running on R600a may require different specifications.

A final word: Someone asking about the ‘quantity and method’ is a technician who respects their craft and aims for perfection, not just someone trying to ‘get the job done.'”

The main difference is the winding material: the GL80 uses aluminum coils, while the GL70 uses copper. Performance-wise, the GL80 is suitable for an upright deep freezer, whereas the GL70 is best for a 12ft double-door refrigerator
“The technical difference between the two compressors, manufactured by ZEM or ACC, lies primarily in the horsepower (HP) and displacement volume:

GL80: Has a slightly lower capacity, rated at approximately 1/5 HP

GL90: Typically rated at 1/4 HP (or equivalent, depending on the specific model

Technical Conclusion: Compressor Interchanges

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1. Replacing GL80 by GL90 yes
2. Replacing GL90 by GL80 non
3. Replacing GL80 by GL70 non
4. Replacing GL70 by GL80 yes

“The process of replacing the air conditioner compressor is successful, and it is working as it was before.”

Alternatively, if you are asking whether the process is viable, it can be translated as: “Is replacing the air conditioner compressor effective, and will it work as well as it did before?”

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Key Points regarding Compressor Replacement:

If you are considering this repair, here are a few things to keep in mind to ensure it works “as it was”:

• Matching Specifications: The new compressor must have the exact same cooling capacity (BTU) and electrical specifications as the original.
• System Flushing: It is vital to flush the refrigerant lines to remove any contaminants or burnt oil from the old compressor; otherwise, the new one may fail quickly.
• Vacuuming: A deep vacuum must be pulled on the system to remove moisture before recharging with gas.
• Cost-Benefit: Since the compressor is the “heart” of the AC, the repair can be expensive. If the unit is more than 10 years old, it is often more cost-effective to replace the entire unit.

The issues you are experiencing with your Brandt refrigerator (ice buildup, unusual noise, and poor cooling) indicate a failure in the No Frost defrost system. Since a specialist was unable to fix it, the fault may have been misdiagnosed.

Here is the translation of the causes and solutions provided:

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Possible Causes and Solutions

1. Clogged Drain Line (Canal d’évacuation bouché)

• The Cause: When ice melts during the defrost cycle, water must flow into the rear tray through a drain tube. If blocked, water freezes in the evaporator, obstructing airflow and cooling.
• The Solution:

  1. Unplug the refrigerator.
  2. Locate the drain hole at the bottom of the freezer compartment.
  3. Pour hot water into the hole to melt any ice blockage.
  4. Use a thin wire or compressed air to ensure the tube is completely clear.

2. Faulty Ventilation Fan (Ventilateur bloqué ou HS)

• The Cause: The fan distributes cold air. If it gets stuck due to ice buildup or suffers a mechanical failure, it will make noise and the fridge will stop cooling.
• The Solution:

  1. After defrosting the unit, turn it on and check if the fan spins when the door is closed.
  2. If it doesn’t spin, try moving it manually. If it remains stuck, it likely needs replacement.

3. Defective Defrost Heater (Résistance de dégivrage)

• The Cause: This heater melts ice periodically. If it fails, ice will accumulate continuously.
• The Solution:

  1. Test the heater using a multimeter (Ohms setting).
  2. If the circuit is broken, the part must be replaced by a specialist.

4. Damaged Temperature Sensor or Thermostat (Sonde HS)

• The Cause: If the sensor is faulty, the system won’t know when to trigger the defrost cycle, leading to excessive ice.
• The Solution:

  1. Replace the sensor (this is usually an inexpensive and straightforward fix).

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What Should You Do Now?

1. Manual Defrost: Manually defrost the unit and follow the steps above.
2. Monitor: If the problem returns after a few days, the issue is likely electrical (the heater, sensor, or timer/control board).
3. Professional Check: For a permanent fix, ask a technician to specifically measure the resistance (heater) and the sensor rather than just performing a manual defrost.

[!CAUTION] Important Advice: Never scrape ice with sharp tools (like knives) to avoid puncturing the cooling coils, which would cause a permanent refrigerant leak.

Our technical investigation revealed a dual issue. The system was suffering from a restricted filter drier, causing a blockage that choked the cooling cycle. This strain had also compromised the motor’s starting components.

Technical Specifications

Feature	Specification
Model	S65CZ1
Brand	Panasonic
Refrigerant	R134a
Power Supply	220-240V / 50Hz
Cooling Capacity	Approximately 165W (at ASHRAE conditions)
Horsepower	1/5 HP
Displacement	6.5 cm3
Motor Type	RSIR (Resistive Start-Inductive Run)

Our intervention included:

• System Clearing: Replacing the clogged filter to allow the refrigerant to flow freely once again.
• Electrical Upgrade: Installing a brand-new high-quality “Starting Kit” (Relay/Overload) to ensure the compressor starts smoothly every time.
• The Mbsmpro Promise: We don’t just fix; we provide peace of mind. This repair is backed by a full 6-month warranty.

What Is the Danfoss SLV15CNK?

If you’ve ever opened the back panel of a commercial chest freezer or a light commercial display case and found a compact, brushless compressor with a controller module attached to it, there’s a good chance you were looking at a Danfoss Secop SLV15CNK. This variable-speed hermetic compressor is one of the most widely deployed LBP (Low Back Pressure) units in European and international commercial refrigeration — and for good reason.

Originally built under the Danfoss brand before the compressor division was spun off as Secop GmbH in 2010, the SLV15CNK has carved out a reliable reputation across commercial food retail, light industrial cooling, and even medical cold-chain applications. The unit pictured above — serial reference 561108N4, profile 104H — is the standard 220–240V, 50/60 Hz variant using R290 (propane) refrigerant, one of the most eco-friendly natural refrigerants available today.

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Complete Technical Specifications Table

Parameter	Value
Model	SLV15CNK / SLV15CNK.2
Utilisation (MBP/HBP/LBP)	LBP only (Low Back Pressure)
Domain (Freezing/Cooling)	Deep Freezing — evap. temp. –40°C to –10°C
Cooling Wattage at –23°C	~446 W (nominal at standard LBP conditions)
Cubic Feet Cooled	~7–10 ft³ (small to medium chest freezer)
Litres Cooled	~200–280 litres
Kcal/h	~383 Kcal/h
TON	~0.127 TON of refrigeration
Oil Type & Quantity	Polyolester (POE) — 600 cm³
Horsepower (HP)	5/8 HP (~0.60 HP)
Refrigerant Type	R290 (Propane) — max charge 150 g
Power Supply	220–240V / 1Ph / 50–60 Hz (range: 180–254V)
Cooling Capacity BTU	~1521 BTU/h (LBP nominal)
Motor Type	Permanent Magnet (TRI — 3-phase inverter driven)
Displacement	15.28 cm³
Winding Material	Copper (3-phase windings, resistance ~7.7 Ω at 25°C)
Pression Charge	LBP / LST — max condensing temp 55°C (65°C short-term)
Capillary	Approx. 3m / Ø0.31 mm (application-dependent — verify with OEM data)
Compatible Refrigerator Models	AHT Deep Freezers, light commercial chest freezers, display cases, ice machines, beverage coolers
Temperature Function	–40°C to –10°C evaporating; –35°C practical freezer operation
With Fan or Not	Yes — F2 fan cooling required (3.0 m/s airflow on compressor & controller)
Commercial or Domestic	Commercial (light commercial / food retail)
Amperage in Function	Max 4.6 A
LRA (Locked Rotor Amperage)	Electronic cut-off (no traditional LRA — inverter-controlled)
Type of Relay	No traditional relay — uses 105N46xx Series SLV Electronic Controller
Capacitor	No start/run capacitor — inverter-driven (variable speed 2000–4000 RPM)
Country of Origin & Export	Manufactured in Slovakia (Secop GmbH) — exported globally: EU, UK, Middle East, North Africa, Australia, Asia

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What Makes This Compressor Special?

Variable Speed Technology

Most technicians encounter fixed-speed compressors day in and day out. The SLV15CNK breaks that mold entirely. It’s a variable speed drive (VSD) compressor, meaning its speed adapts continuously between 2000 and 4000 RPM based on thermal demand. The result is dramatically reduced energy consumption during low-load periods, less mechanical wear, and quieter operation — all things that matter enormously in a commercial food retail environment where a freezer runs 24/7, 365 days a year.

R290 — The Natural Refrigerant Advantage

R290 (propane) is not new, but its adoption in commercial compressors has accelerated rapidly in recent years thanks to its near-zero Global Warming Potential (GWP = 3) compared to the synthetic alternatives it replaces. The SLV15CNK uses a maximum charge of just 150 grams, which keeps it below the safety threshold for flammable refrigerant use in occupied spaces. That tiny charge, combined with propane’s excellent thermodynamic properties, means this compressor achieves high efficiency with a very light environmental footprint.

The Controller Dependency

One detail technicians absolutely must not overlook: this compressor will not function without its dedicated SLV electronic controller (105N46xx series). The label on the unit itself clearly states “Only with SLV controller.” This is not a traditional hermetic compressor you can simply wire up to a relay and a capacitor. The controller handles speed regulation, current protection, speed monitoring, and thermal protection all in one unit. Replacing or sourcing this controller is as important as finding the compressor itself.

Fan Cooling Is Mandatory

At all ambient conditions (32°C, 38°C, and 43°C), the datasheet specifies F2 cooling — meaning fan airflow of at least 3.0 m/s directly on both the compressor body and the electronic controller unit. Attempting to run this compressor without proper forced airflow will trigger thermal protection and lead to premature failure. This is a common oversight when installers replace the compressor without checking the cabinet’s fan arrangement.

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Replacement Compressors — Same Gas (R290)

When the SLV15CNK reaches end of life or fails, the most straightforward replacements use the same R290 refrigerant. Here are five proven options:

#	Replacement Model	Brand	Notes
1	SLV15CNK.2 (104H8541)	Secop/Danfoss	Direct drop-in replacement — latest revision
2	SLV12CNK.2	Secop/Danfoss	Slightly lower displacement, same gas and controller family
3	SLV20CNK.2	Secop/Danfoss	Higher capacity option — same R290/controller platform
4	NLV14CNK	Secop/Danfoss	Fixed-speed variant on R290 LBP — requires relay/capacitor
5	SCM10CNX.2	Secop	R290, standard hermetic, LBP — no inverter controller needed

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Replacement Compressors — Different Refrigerant

If R290 is not available in your region, or if you’re retro-fitting an older system, here are five equivalents using alternative refrigerants with comparable capacity:

#	Replacement Model	Brand	Refrigerant	Notes
1	SC15G	Secop/Danfoss	R404A / R507A	Classic LBP hermetic, no controller needed
2	NL11MF	Secop/Danfoss	R134a	LBP/MBP, standard hermetic
3	CAJ9513Z	Embraco	R404A	Direct LBP replacement at similar capacity
4	NEBL2134Z	Embraco	R600a	For domestic/light LBP applications
5	MTZ32-4VM	Danfoss	R452A/R404A	Slightly oversized but compatible for retrofits

⚠️ Important: Switching refrigerants requires changing the oil type, capillary tube, and verifying all safety certifications. Always consult the system manufacturer before cross-refrigerant replacement.

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Typical Applications — Which Freezers Use This Compressor?

The SLV15CNK is the heart of many products you’ll recognize from the supermarket floor:

• AHT Australian series chest freezers (confirmed via MBSM documentation)
• Light commercial open-top island freezers
• Vertical display freezer cabinets (small commercial)
• Beverage coolers with sub-zero requirements
• Frozen food display cases at petrol stations and convenience stores
• Ice cream chest cabinets in retail environments

The AHT connection is particularly well-documented — AHT is a major manufacturer of commercial freezers widely deployed across European and African retail chains, and the SLV15CNK is one of their standard compressor choices.

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Installation & Service Notes

A few practical points every technician should keep in mind when working with this unit:

Controller wiring: Always refer to the 105N46xx wiring diagram. Polarity and signal connections matter — the controller is not interchangeable between all SLV variants.

Refrigerant handling: R290 is flammable (Class A3). Work in ventilated areas, avoid open flames, and use an R290-certified manifold gauge set. The 150g charge limit means leaks are rare but must be taken seriously.

Oil compatibility: POE oil is mandatory with R290 in this application. Do not substitute mineral oil or alkylbenzene — POE is pre-filled at the factory at 600 cm³.

Mounting vibration: The compressor ships with rubber mounting grommets. Always re-use or replace them — running on a hard mount increases noise and mechanical fatigue.

Capillary tube: The reference capillary for AHT applications is approximately 3m / 0.31mm diameter, but always measure and verify against the original system before cutting new tubing.

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Why This Compressor Matters in 2025 and Beyond

The refrigeration industry is at a turning point. Synthetic refrigerants with high GWP are being phased out under F-Gas regulations in Europe and similar legislation worldwide. The SLV15CNK — running on propane with a permanent magnet variable-speed motor — represents exactly the direction the industry is heading: natural refrigerants, intelligent speed control, and reduced energy consumption without compromising reliability.

For service technicians, understanding this platform deeply isn’t just useful today — it’s preparation for the next decade of commercial refrigeration work.

PHASE 1: SURGICAL IMAGE ANALYSIS

Feature	Visible Nameplate Data
Brand	Emerson Climate Technologies / Copeland
Model	KCE444HAG-B332H (Family: KCE444HAG)
Serial Number	GCRA-0909669
Voltage/Hz/Phase	1Ph 180-260 V AC / 230V, 50 Hz
Refrigerant	R-134a
LRA (Locked Rotor Amps)	13 A
Electrical Circuit	CSCR
Oil Type & Volume	10.5 oz POE (Polyolester)
Application	High Temp (HBP)
Relay & OLP	Relay: KARPN-4241 / OLP: KAT0072/H3 OR MRA-12309-12101
Capacitors	Run: 10 µF @ 440 V AC / Start: 40-60 µF @ 230 V AC
Manufacturing Origin	Mfg. By Emerson Climate Technologies (India) Limited

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PHASE 3: ARTICLE STRUCTURE

SEO Metadata

• Focus Keyphrase: KCE444HAG Compressor
• SEO Web Title: Mbsmpro.com, Compressor, KCE444HAG, 3/8 HP, Copeland, R-134a, 1077 W, 2.2 A, 230V, HBP, CSCR, High Temp
• Meta Description: Technical specs for the Copeland KCE444HAG compressor. Includes LRA, displacement, electrical data, and equivalent drop-in cross-references for field techs.
• Slug: copeland-kce444hag-specs-replacement
• Tags: Mbsmgroup, Mbsm.pro, mbsmpro.com, mbsm, KCE444HAG, NEK6210Z, SC12G, NT1112Y, FL2088-SA, GP12TB
• Excerpt: Field data and technical breakdown of the Emerson Copeland KCE444HAG 3/8 HP commercial refrigeration compressor, including performance charts and direct replacement options.

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Field Introduction

Found this slugger in a glass-door Coca-Cola merchandiser or a heavy-duty sandwich prep table? You are looking at the Emerson Copeland KCE444HAG. This 3/8 HP unit is a cast-iron workhorse built to handle the constant door-opening abuse of commercial beverage coolers. When a shop owner relies on cold drinks to keep the lights on, this HBP (High Back Pressure) compressor does the heavy lifting. It runs smoothly on R-134a, but when it finally locks up or burns out a winding, you need the hard numbers to wire it back up or drop in a reliable match. Let’s break down the specs.

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Full Nameplate Data Table

Here is exactly what is stamped on the steel:

Parameter	Specification
Manufacturer	Emerson Climate Technologies (Copeland)
Model	KCE444HAG-B332H
Serial	GCRA-0909669
Voltage	180-260 V AC (Rated 230V), 50 Hz
Phase	Single Phase (1Ph)
Locked Rotor Amps (LRA)	13 A
Refrigerant	R-134a
Application	High Temp
Motor Type	CSCR
Oil Charge	10.5 oz Polyolester (POE)
Country of Origin	India

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Technical Specifications Table

Knowing what the compressor is doing on the inside dictates how you size the metering device and handle the system charge.

Specification	Value
Horsepower (HP)	3/8 HP
Displacement	12.05 cc
Cooling Capacity (HBP)	~3675 BTU/h / 1077 Watts
Application Type	HBP / CBP (High / Commercial Back Pressure)
Operating Voltage	230V
Motor Type	CSCR (Capacitor Start, Capacitor Run)
Max Continuous Current (MCC)	3.0 A
Rated Load Amps (RLA)	~2.2 A (at HBP standard conditions)

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Electrical & Origin Details

Wiring up a CSCR motor means you are dealing with potential relays and dual capacitors. Don’t mix up your start and run values, or you will bake the new start winding before lunch.

• Motor Circuit: CSCR (Capacitor Start, Capacitor Run) for high starting torque.
• Start Capacitor: 40-60 µF @ 230 V AC (Gets the heavy rotor moving against high head pressure).
• Run Capacitor: 10 µF @ 440 V AC (Keeps the power factor tight and the motor running cool).
• Relay Model: KARPN-4241 (Potential Relay).
• Overload Protector (OLP): KAT0072/H3 or MRA-12309-12101.
• Manufactured By: Emerson Climate Technologies (India) Limited.

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Efficiency Metrics Table

Here is how the KCE444HAG pulls down at varying evaporator temperatures (assuming a standard 130°F / 54.4°C condensing temp):

Evaporating Temp (°F / °C)	Cooling Capacity (BTU/h)	Power Input (Watts)	Amp Draw
45°F / 7.2°C (HBP)	3675	475	2.2
20°F / -6.7°C (CBP)	1880	339	1.64
0°F / -17.8°C	1190	268	1.33

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Drop-in Replacements

If you can’t source a fresh Copeland KCE444HAG from the supply house, these 3/8 HP, ~12cc, R-134a HBP models will bolt right in and keep the cabinet at temp:

• Embraco: NEK6210Z
• Secop / Danfoss: SC12G
• Jiaxipera: NT1112Y
• GMCC: FL2088-SA
• Cubigel / Huayi: GP12TB

• Focus Keyphrase: Embraco EMI 62UHR Compressor
• SEO Web Title: Mbsmpro.com, Compressor, EMI 62UHR, 1/5 HP, Embraco, R134a, 140 W, 2.0 A, 127V, MBP, RSIR, Medium Back Pressure
• Meta Description: Full technical specs for the Embraco EMI 62UHR compressor. Includes 127V 60Hz data, LRA, displacement, and compatible replacement models for Consul refrigerators.
• Slug: embraco-emi-62uhr-specs-replacement-guide
• Tags: Mbsmgroup, Mbsm.pro, mbsmpro.com, mbsm, EMI 62UHR, EMI62UHR, CRD34BBANA, FF7.5HBK, EMT6170Z, GPY12AF, NEK6170Z
• Excerpt: Technical breakdown of the Embraco EMI 62UHR (1/5 HP) used in Consul CRD34BBANA refrigerators. Specs cover R134a usage, 127V/60Hz electricals, and cross-reference units.

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Field Introduction

You’ll usually run into this Embraco EMI 62UHR tucked into the back of a Consul or Brastemp domestic refrigerator—specifically the CRD34B series popular in the Latin American market. It’s a workhorse for mid-sized “combinado” units (fridge/freezer combos). This specific unit is pulled from a system running on 127V at 60Hz, common in Brazil and parts of North America. If you see that rust on the shell in the photo, check the base plate and vibration isolators; these units vibrate a fair bit when the rubber gets hard, which can lead to hairline fractures in the discharge line.

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Full Nameplate Data Table

Detail	Specification
Brand	Embraco
Model	EMI 62UHR
Serial Number	513307032
Voltage / Hz / Phase	115-127 V / 60 Hz / 1 Phase
Refrigerant	R134a
Current (RLA)	2.0 A
Power (Input)	140 W
Manufacturing Origin	Brazil (Multibras S.A.)
Appliance Model	Consul CRD34BBANA
Charge Amount	110 g (from appliance label)

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Technical Specifications Table

Property	Value
Application	MBP (Medium Back Pressure)
Horsepower (HP)	1/5 HP
Cooling Capacity	~630 BTU/h (approx. 185 W)
Displacement	5.20 cc
Motor Type	RSIR (Resistance Start – Inductive Run)
Evaporating Temp Range	-10°C to +10°C (14°F to 50°F)
Expansion Device	Capillary Tube

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Electrical & Origin Details

• Motor Protector: Internal/External overload protector (T0490/G6).
• Relay Type: PTC (Positive Temperature Coefficient).
• Start Capacitor: Not required for RSIR (Standard configuration).
• Manufacturing Country: Brazil.
• Appliance Data: This unit is paired with the CRD34B Consul refrigerator, which features a total volume of 322L and a freezing capacity of 3.6kg every 24 hours.

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Efficiency Metrics Table

Evaporating Temp (°C)	Cooling Capacity (W)	Power Consumption (W)	Efficiency (W/W)
-10	185	140	1.32
-5	225	152	1.48
0	275	165	1.67
+5	330	180	1.83

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Drop-in Replacements

If you can’t find the exact EMI 62UHR, these units will bolt up and handle the load, provided you match the 127V/60Hz requirement:

• Embraco: FF7.5HBK (Heavy-duty alternative)
• Embraco: EMT6170Z (Modern high-efficiency swap)
• Secop / Danfoss: TLES5.7FT.3
• Tecumseh: THB1355YXA
• Jiaxipera: GPY12AF
• GMCC: SZ59C1H

• Focus Keyphrase: Embraco EGAS 100HLR Compressor Specs
• SEO Title: Embraco EGAS 100HLR Guide: Technical Specs & Field Replacements
• Meta Description: Get the breakdown on the Embraco EGAS 100HLR. We cover LRA, R134a specs, displacement, and the best drop-in replacements for this common LBP workhorse.
• Slug: embraco-egas-100hlr-compressor-specs-replacements
• Tags: Mbsmgroup, Mbsm.pro, mbsmpro.com, mbsm, Embraco, EGAS 100HLR, R134a, LBP, Compressor Replacement, HVAC, Refrigeration Repair, 220-240V.
• Excerpt: The Embraco EGAS 100HLR is a staple in domestic refrigeration. This guide provides the raw technical data and equivalent models for fast field swaps.

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Field Introduction

You’ll run into the Embraco EGAS 100HLR mostly in standard household refrigerators and large upright freezers. It’s a reliable Low Back Pressure (LBP) unit built for R134a. When these fail, it’s usually a hard start issue or a grounded winding after years of heat cycles. It’s a straightforward swap, but you need to match the displacement and LRA to keep the system balanced.

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Technical Specifications Table

Feature	Details
Model	EGAS 100HLR
Brand	Embraco
Refrigerant	R134a
Application	LBP (Low Back Pressure)
Voltage/Frequency	220-240V / 50-60Hz
Phase	1 PH (Single Phase)
LRA (Locked Rotor Amps)	16.9 A (at 60Hz) / 16.0 A (at 50Hz)
Horsepower (HP)	~1/3 HP
Displacement	7.95 cm³
Motor Type	RSIR/CSIR (Depending on starter kit)
Cooling Capacity	~235 – 280 Watts (ASHRAE LBP)
Protection	Thermally Protected

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Electrical & Origin Details

• Relay Type: Uses a standard PTC or a Current Relay if configured for CSIR.
• Capacitor Needs: Usually runs fine without a run capacitor (RSIR), but a start capacitor (approx. 60-80 µF) is often added for high-torque starts.
• Manufacturing Origin: Joinville, Brazil (as seen on the nameplate).

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Efficiency Metrics (ASHRAE LBP)

Performance changes based on your evaporator temperature. Here’s what to expect:

Evaporating Temp (°C)	Cooling Capacity (Watts)	Power Consumption (Watts)	COP (W/W)
-35	130	145	0.90
-30	185	170	1.09
-25	240	195	1.23
-23.3	265	205	1.29
-20	310	225	1.38
-15	390	255	1.53

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Drop-in Replacements

If you can’t source the exact EGAS 100HLR, these models match the displacement and cooling curve for R134a systems:

• Embraco: FFI 10HBX or EGYS 100HLP (High Efficiency version).
• Secop/Danfoss: TLES10KK.3 or NLE10KK (Ensure R134a compatibility).
• Jiaxipera: N1114GZ.
• GMCC: SZ90E1H.
• Huayi: HYE96YG.
• Tecumseh: THG1374YS.

Field Note: Always replace the filter drier and pull a deep vacuum to 500 microns before charging R134a. This model uses POE oil; don’t leave the system open to the atmosphere for longer than necessary.