GMCC PE90HME‑4 R134a refrigerator compressor 220‑240V 50/60Hz 265–295 W LBP RSCR motor comparison with PE65H1H‑9 and PE90H1F‑9 models
| Item | Value / description |
|---|
| Brand | GMCC – Anhui Meizhi Compressor Co., Ltd. |
| Model | PE90HME‑4 |
| Refrigerant | R134a, low‑back‑pressure (LBP) range |
| Voltage / frequency | 220–240 V, 50/60 Hz, single‑phase (1Ph) |
| Motor type | RSCR (resistance start, capacitor run) |
| Displacement | ≈ 9.0 cm³ |
| Cooling capacity | 265–295 W at LBP conditions (−23.3 °C evap, 32.2 °C amb.) |
| Input power | ≈ 1.52–1.55 A rated current at 220–240 V |
| Application | Static‑cooling domestic and small commercial refrigerators, freezers and coolers |
| Protection | Internal thermal protector, RoHS environmental compliance |
| Parameter | Typical PE90HME‑4 values |
|---|
| Evaporating temperature range | −35 °C to −10 °C (LBP) |
| Nominal rating point | −23.3 °C evap / 32.2 °C ambient / 55 °C condensing |
| Voltage range | 187–254 V (50 Hz) |
| Ambient temperature range | 0–43 °C |
| Max condensing temperature | 60–70 °C |
| Max discharge gas temperature | 130 °C |
| Max winding temperature | 130 °C (internal) |
| Max pump‑down pressure | ≈ 1.82 MPa |
| Model | Displacement (cm³) | Cooling capacity at 50 Hz (W)* | HP class | Rated current (A) | Application |
|---|
| PE65H1H‑9 | 6.5 | 190–195 W | 1/4 hp | ≈ 1.47–1.55 | LBP domestic refrigerators |
| PE90HME‑4 | 9.0 | 265–295 W | 1/3 hp class | ≈ 1.52–1.55 | LBP refrigerators / freezers |
| PE90H1F‑9 | 9.0 | 275–280 W | 1/3 hp+ | ≈ 1.50 | LBP with wide‑voltage range |
| PE120HMH★ | 12.0 | 320 W | 3/8–1/2 hp | ≈ 1.45 | L/MBP commercial coolers |
| Checkpoint | Why it matters |
|---|
| Refrigerant | Must be R134a; conversion from R12 or R600a requires full system redesign. |
| Evaporating temperature | Ensure design conditions fall inside −35 to −10 °C LBP range. |
| Condenser and capillary sizing | Match to 265–295 W capacity to avoid flood‑back or high‑head faults. |
| Voltage stability | Mains should remain within 187–254 V; more unstable grids may justify wide‑voltage models like PE90H1F‑9. |
| Start components | RSCR start kit (PTC + capacitor) must match GMCC’s specified values to guarantee torque and reliability. |
compressor windings CSR pin configuration common start run terminals, PTC relay overload wiring and multimeter resistance testing guide
| Measurement pair | Identification rule | Typical range* |
|---|
| C–R | Run winding (lowest resistance) | About 1–5 Ω on small fractional‑HP units. |
| C–S | Start winding (medium resistance) | Usually 3–11 Ω, often 3–5 times C–R. |
| S–R | Start + run (highest resistance) | Equals C–S + C–R by ohm’s law. |
| Motor type | Components | Typical use case | Starting torque |
|---|
| RSIR (Resistance Start Induction Run) | Start relay + start winding, no capacitor | Small domestic refrigerators, low starting torque. | Low |
| PSC (Permanent Split Capacitor) | Run capacitor in series with start winding | Smooth, efficient operation, good for low starting load. | Low–medium |
| CSIR (Capacitor Start Induction Run) | Start capacitor + relay, start winding only during start | Higher torque for larger compressors up to ≈ 3/4 HP. | High |
| CSR (Capacitor Start Capacitor Run) | Start capacitor + run capacitor + potential or current relay | Very high starting torque for hard‑start conditions. | Very high |
| Step | Connection | Function |
|---|
| 1 | Line (L) feeds the overload protector, which then connects to C | Overload opens on excessive current or shell temperature. |
| 2 | Solid‑state relay/PTC connects between C and S with start capacitor in series if CSIR/CSR | Provides high initial current to start winding, then increases resistance and drops out. |
| 3 | Line (L) also connects directly to R through the control circuit (thermostat, contactor) | Supplies continuous voltage to run winding during operation. |
| 4 | Run capacitor connects between S and R in PSC and CSR systems | Improves running efficiency and torque. |
Danfoss FR10B 103U2954 hermetic compressor 220–240V 50/60Hz LBP freezer application data and replacement guidance
| Field on label | Meaning | Technical notes |
|---|
| FR10B | Danfoss FR‑series hermetic reciprocating compressor, size “10B” | Part of light commercial range for small refrigeration units. |
| 103U2954 | Complete compressor code number | Identifies factory configuration, oil charge and terminal box. |
| 220–240 V ~ 60 Hz / 50 Hz | Dual‑frequency single‑phase motor | Designed for 220–240 V at either 50 or 60 Hz mains. |
| LBP / LBP‑HBP | Low‑back‑pressure and some high‑back‑pressure use | Suited to freezers (LBP) and certain refrigerator duties (HBP) depending on model variant. |
| LST / HST motor | Low / high starting torque versions | CSIR or RSIR motor concepts, depending on accessory set and application. |
| Made in Slovenia | Manufacturing plant | Danfoss/SECOP European production facility. |
| Parameter | Typical value / range | Source indication |
|---|
| Refrigerant | R12 on legacy 103U2954 versions; R134a on FR10G successors | |
| Application | LBP (freezers −30 °C to −10 °C evap); some HBP/MBP possible | |
| Displacement | ≈ 9.05 cm³ | FR10G catalog data. |
| Voltage range | 187–254 V at 50 Hz for LBP | |
| Max ambient temperature | 43 °C | |
| Max condensing temperature | 60–70 °C continuous/short | |
| Motor type | RSIR/CSIR single‑phase | |
| Oil type / charge | Polyolester or mineral, ≈ 450 cm³ depending on refrigerant | |
| Max refrigerant charge | ≈ 900 g | |
| Weight | Around 10–11 kg | |
| Condition | Capacity (approx.) | Power input | Notes |
|---|
| Evap −25 °C, cond 55 °C, 220 V / 50 Hz | ~130–150 W refrigerating | ~200–230 W | FR10G LBP data as reference for FR10B. |
| Evap −15 °C, cond 55 °C | Higher capacity around 200 W | Increased input and COP | Suited for high‑efficiency bottle coolers. |
| Advantage | Description |
|---|
| Proven reliability | Long‑running Danfoss/SECOP FR platform with global service support. |
| Wide voltage tolerance | Operates from 187–254 V, useful in markets with unstable mains. |
| Flexible application | LBP primary, with variants for HBP duties using alternative starting devices. |
| Compact footprint | Fits tight condensing unit housings and under‑counter cabinets. |
Fresh SFW13C1P-B Split Air Conditioner – Nameplate Data, Error 11.1 Meaning and Pro Troubleshooting
| Parameter | Typical value / range | Notes |
|---|
| Series / model | SFW13C / SFW13C1P-B | Smart digital wall‑mounted split. |
| Type | Split air conditioner, indoor unit | Wall hi‑wall design. |
| Nominal horsepower | 1.5 HP | Residential/light‑commercial class. |
| Cooling capacity | ≈ 12,000 BTU/h | Catalog values for 1.5 HP Fresh SFW13C. |
| Function | Cooling only | No heat pump on this variant. |
| Refrigerant | R22 | On older SFW13C inverter range. |
| Voltage | 220–240 V | Single‑phase supply. |
| Frequency | 50 Hz | MEA / Africa grid standard. |
| Moisture protection | IP24 (indoor casing) | Splash‑resistant enclosure category on label. |
| Sound pressure level | ≈ 39 dB(A) indoor | Quiet residential operation. |
| Item | Typical value | Practical implication |
|---|
| Rated current (cooling) | ≈ 6–7 A | Used to check running load. |
| Maximum current | ≈ 25 A | Used for MCB / fuse rating margin. |
| Rated input power | ≈ 1,560 W | Helps estimate energy consumption. |
| Isolation / protection | 25 A marking, IP24 | Indoor unit protection coordination. |
| Possible cause | Description | Reference behavior |
|---|
| Loose or oxidized interconnecting terminals | Poor contact on indoor–outdoor signal cable can interrupt data communication. | |
| Wrong wiring sequence | Reversed communication cores (e.g., terminals 2–3 swapped) lead to serial transfer errors. | |
| Damaged communication cable | Mechanical damage or moisture ingress causes intermittent signal loss. | |
| PCB failure | Indoor or outdoor main board cannot generate or read serial signal. | |
| External electrical noise | Strong interference, bad earthing or voltage dips disturb the serial bus. | |
AMS1117 voltage regulator pinout input output ground fixed versions 1.5V 1.8V 2.5V 2.85V 3.3V 5V applications
| AMS1117 version | Nominal output | Typical application example |
|---|
| AMS1117‑1.5 | 1.5 V | Low‑voltage ASICs, reference rails |
| AMS1117‑1.8 | 1.8 V | ARM cores, SDRAM, logic ICs |
| AMS1117‑2.5 | 2.5 V | Older logic families, ADC/DAC rails |
| AMS1117‑2.85 | 2.85 V | Mobile RF, modem chipsets |
| AMS1117‑3.3 | 3.3 V | MCUs, sensors, 3.3 V logic from 5 V sources |
| AMS1117‑5.0 | 5.0 V | Regulating from 7–12 V to 5 V logic or USB lines |
Discover the technical specifications, electrical data and installation guidelines for the Trane 24,000 BTU middle static pressure duct type air conditioner using R410A, ideal for residential and light commercial ducted systems.
| Parameter | Value |
|---|
| Indoor unit model | 4MXTE24ASB000AB |
| Outdoor unit model | 4TXKE24ASB0000A |
| Cooling capacity | 24,000 BTU/h |
| Heating capacity | 26,000 BTU/h |
| Refrigerant type / charge | R410A / 1950 g |
| Power supply | 220–240 V, 50 Hz, 1‑phase |
| Rated current | 14.0 A |
| Rated input power | 2950 W |
| Maximum allowable pressure | 4.2 MPa |
| Typical discharge / suction press. | 4.2 MPa / 1.5 MPa |
| Outdoor unit protection class | IP24 |
The Toshiba 3‑door 16 cu.ft no‑frost silver refrigerator from El Araby is built for households that need generous storage and dependable cooling without complicated controls. With about 351 liters of net capacity, vapor no‑frost technology…
| Feature | Detail |
|---|
| Model family | GR‑EFV45 series (El Araby Toshiba) |
| Cooling type | No‑Frost with vapor air circulation |
| Doors | 3 doors: freezer / fresh zone / fridge |
| Net capacity | ≈351 L (around 16 cu.ft) |
| Color | Silver exterior |
| Shelves | Tempered glass, adjustable |
| Energy class | Class A, optimized for reasonable power use |
| Refrigerant | Non‑CFC, eco‑friendly design |
| Extra features | Plasma deodorizer (on many variants), low‑noise design |
The Bitzer 4J‑13.2Y‑40P is a semi‑hermetic reciprocating compressor designed for demanding commercial refrigeration applications. Its nameplate provides critical information for installers, including voltage ranges of 380–420 V at 50 Hz and 440–480 V at 60…
| Parameter | 50 Hz value | 60 Hz value |
|---|
| Nominal voltage | 380–420 V | 440–480 V |
| Max. running current | 27 A | 27 A |
| Starting current (Y) | 81 A | 81 A |
| Starting current (YY) | 132 A | 132 A |
| Frequency | Flow rate (m³/h) | Speed (rpm) | Max. shell pressure (ND/HD) |
|---|
| 50 Hz | 63.5 | 1450 | 19 / 28 bar |
| 60 Hz | 76.7 | 1750 | 19 / 28 bar |
Carrier Pro-Dialog+ Tripout shutdown alarm, access denied message and troubleshooting steps by Mbsmgroup
| Item | Description | Practical role in diagnosis |
|---|
| Tripout status | Fault shutdown condition in which the unit is locked out until reset. | Confirms that a safety event has occurred and that automatic restart is blocked. |
| Shutdown alarm | Alarm state where the controller stops the unit due to one or more active faults. | Guides the technician to consult alarm menus and history before attempting a restart. |
| Safety inputs | Digital contacts for HP, LP, flow switches, overloads, freeze stats and interlocks. | Identifies which protective loop opened and where to begin physical inspection. |
| Alarm history menu | Pro-Dialog function that stores a list of previous alarms and operating states. | Helps determine whether the Tripout is isolated or part of a recurring pattern. |
| Access denied message | Display text when a user without sufficient rights attempts to enter protected settings or when password rules are not met. | Prevents accidental or unsafe adjustments and signals need for authorised access. |
| Manual reset procedure | Sequence of acknowledging alarms and resetting the controller once the fault is corrected. | Restores operation while ensuring that the underlying problem has been solved. |
Copeland QR15M1‑TFD‑501 low‑sound R22 hermetic compressor technical specifications and applications
| Specification | Typical value / description |
|---|
| Compressor family | Copeland QR low‑sound hermetic reciprocating, 4‑cylinder. |
| Model | QR15M1‑TFD‑501. |
| Nominal power | About 12–12.5 HP. |
| Refrigerant | R22, mineral‑oil lubrication. |
| Cooling capacity (60 Hz) | Up to ≈ 142 000 Btu/h (≈ 41.6 kW) depending on conditions. |
| Voltage / phase / frequency | 380–420 V 3~ 50 Hz; 460 V 3~ 60 Hz. |
| Application range | Commercial air‑conditioning and medium‑temp refrigeration. |
| Key features | Low‑sound shell, internal suspension, crankcase heater, internal motor protection. |
