G280646G050 - Air conditioner Hoffman - Free user manual and instructions
Find the device manual for free G280646G050 Hoffman in PDF.
Pick your language and provide your email: we'll send you a specifically translated version.
User questions about G280646G050 Hoffman
0 question about this device. Answer the ones you know or ask your own.
Ask a new question about this device
No questions yet. Be the first to ask one.
Download the instructions for your Air conditioner in PDF format for free! Find your manual G280646G050 - Hoffman and take your electronic device back in hand. On this page are published all the documents necessary for the use of your device. G280646G050 by Hoffman.
USER MANUAL G280646G050 Hoffman
SPeCTraCool™ indoor/oUTdoor
natural_image
Exterior view of a large industrial cooling unit with ventilation grilles and a central control panel (no visible text or symbols)G57 20000 BTU/Hr. 5861 Watt
natural_image
Exterior view of a tall industrial storage unit with ventilation grilles and control panel (no visible text or symbols)G52 8000/12000 BTU/Hr. 2300/3500 Watt
natural_image
Exterior view of a gray industrial air conditioner unit with ventilation grilles (no visible text or symbols)G28 4000/6000 BTU/Hr. 1172/1758 Watt
natural_image
Diagram of airflow or traffic flow between a vehicle's side panel and a vehicle, with red and blue arrows indicating direction (no text or symbols)indUSTrY STandardS
UL/cUL Listed; Type 12, 3R, 4; 4X optional; File No. SA6453
CE
GOST
IP 56 Internal Loop
IP 34 on External Loop
Telcordia GR-487 capable (Outdoor)
aPPIiCaTion
- Industrialautomation
• Telecommunicationsequipment - Waste water treatment systems
• Package handling equipment
• Security and defense systems - Andmore
FeaTUreS
• Energy-efficient rotary compressor on most models
• R407c and R134a earth-friendly refrigerants
• 115, 230 and 400/460 VAC 3-phase power input on most models
- UL Listed to save customers time and money with agency approvals
• Outdoor model operating temperature range from -40 F/-40 C to 131 F/55 C
- Exterior and partially recessed mounting options
- Attractive industrial design with minimal use of visible fasteners
- Reliable mechanical thermostat on enclosure side of the unit; indoor air conditioner models include digital display on ambient side
- Dual condenser-side air movers for performance redundancy on G52 and G57 models
- Galvanized sheet-metal cover for rugged factory and outdoor environments
- Easy-mount flanges for simple installation
- Cut-out adapter options for enclosures with GENESISTM and T-Series air conditioners, enable users to easily transition to the new unit
EtherNet√IP ^™ conformance tested
- Dust-resistant condenser coil allows the unit to be run filterless in most applications
- Cleanable, reusable aluminum mesh filter protects coils for maximum cooling performance
-
Mounting hardware, gaskets and user manual furnished with the unit
• Every unit functionally tested before shipping
• Standard Indoor Air Conditioner models also include: -
Active condensate management with heater strip
- Power-off relay for door switch and other system requirements
- Malfunction switch
• Standard Outdoor Air Conditioner models also include:
- Telcordia GR-487 capable
- Corrosion-resistant components
- Malfunction switch
- Compressor heater
- Head pressure control
- Up to 2000 Watt (G28, G52) and 3000 Watt (G57) enclosure heater
SPeCiFiCaTionS
• Nominal cooling capacity:
G28 4000 & 6000 BTU/Hr. [1172 and 1758 W]
G52 8000 & 12000 BTU/Hr. (2344 and 3516 W)
G57 20000 BTU/Hr. (5861 W)
- Outdoor model operating temperature range from -40 F/-40 C to 131 F/55 C
FiniSH
• RAL 7035 light-gray, semi-textured powder-coat paint
- Other colors and textures available
noTeS
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
Performance Data G28 Models 4000/6000 BTU/Hr. (1172/1758 Watt)
| CATALOG NUMBER | ||||||
| Indoor Model | G280416G050 | G280426G050 | G280446G050 | G280616G050 | G280626G050 | G280646G050 |
| Indoor Model Stainless Steel Type 4X | G280416G051 | G280426G051 | G280446G051 | G280616G051 | G280626G051 | G280646G051 |
| Indoor Model with Remote Access Control* | G280416G060 | G280426G060 | G280446G060 | G280616G060 | G280626G060 | G280646G060 |
| Outdoor Model without Heat Pkg. | G280416G100 | G280426G100 | G280446G100 | G280616G100 | G280626G100 | G280646G100 |
| Outdoor Model Partial Recessed Mount | G280416G101 | G280426G101 | G280446G101 | G280616G101 | G280626G101 | G280646G101 |
| Outdoor Model without Heat Pkg. | G280416G102 | G280426G102 | G280446G102 | G280616G102 | G280626G102 | G280646G102 |
| Stainless Steel Type 4X | ||||||
| Outdoor Model with Heat Pkg. | G280416G150 | G280426G150 | — | G280616G150 | G280626G150 | — |
| Outdoor Model with Heat Pkg. Stainless Steel Type 4X | G280416G151 | G280426G151 | — | G280616G151 | G280626G151 | — |
| COOLING PERFORMANCE | ||||||
| Nominal: | ||||||
| BTU/Hr. | 4600/4900 | 4600/4900 | 4600/4900 | 6000/6400 | 6000/6400 | 5400/6000 |
| Watts | 1347/1435 | 1347/1435 | 1347/1435 | 1757/1874 | 1757/1874 | 1581/1757 |
| At 131 F/131 F (55 C/55 C): | ||||||
| BTU/Hr. (50/60 Hz) | 4600/4900 | 4600/4900 | 4600/4900 | 6000/6400 | 6000/6400 | 5400/6000 |
| W (50/60 Hz) | 1347/1435 | 1347/1435 | 1347/1435 | 1757/1874 | 1757/1874 | 1581/1757 |
| At 95 F/95 F (35 C/35 C): | ||||||
| BTU/Hr. (50/60 Hz) | 4300/4600 | 4300/4600 | 4324/4655 | 5600/6000 | 5600/6000 | 5054/5685 |
| W (50/60 Hz) | 1260/1364 | 1260/1364 | 1267/1364 | 1641/1758 | 1641/1758 | 1481/1666 |
| Refrigerant | R407C | R407C | R134A | R407C | R407C | R134A |
| Refrigerant Charge (ounces/grams) | 20/567 | 20/567 | 16/454 | 20/567 | 20/567 | 16/454 |
| Operating Temperature Range: | ||||||
| Maximum (°F/°C) | 131 F/55 C | 131 F/55 C | 131 F/55 C | 131 F/55 C | 131 F/55 C | 131 F/55 C |
| Minimum (°F/°C) | -40 F/-40 C | -40 F/-40 C | -40 F/-40 C | -40 F/-40 C | -40 F/-40 C | -40 F/-40 C |
| Air Flow at 0 Static Pressure: | ||||||
| Internal loop 50 Hz (CFM / m3/hr.) | 189/321 | 189/321 | 189/321 | 189/321 | 189/321 | 189/321 |
| External loop 50 Hz (CFM / m3/hr.) | 291/494 | 291/494 | 291/494 | 291/494 | 291/494 | 291/494 |
| Internal loop 60 Hz (CFM / m3/hr.) | 221/375 | 221/375 | 221/375 | 221/375 | 221/375 | 221/375 |
| External loop 60 Hz (CFM / m3/hr.) | 300/509 | 300/509 | 300/509 | 300/509 | 300/509 | 300/509 |
| Max. Heater W (Outdoor Models) | 2000 | 2000 | 2000 | 2000 | ||
| ELECTRICAL DATA | ||||||
| Rated Voltage | 115 | 230 | 400/460 3~ | 115 | 230 | 400/460 3~ |
| Frequency (Hz) | 50/60 | 50/60 | 50/60 | 50/60 | 50/60 | 50/60 |
| Operating Range | +/- 10% | +/- 10% | +/- 10% | +/- 10% | +/- 10% | +/- 10% |
| Max. Power Consumption (W at 50/60 Hz) | 1138.5/1311 | 1058/1334 | 680/874 | 1138.5/1311 | 1058/1334 | 680/874 |
| Max. Nominal Current (A at 50/60 Hz) | 9.9/11.4 | 4.6/5.8 | 1.7/1.9 | 9.9/11.4 | 4.6/5.8 | 1.7/1.9 |
| Starting Current (A) | 36.2 | 17.7 | 7.7 | 36.2 | 17.7 | 7.7 |
Agency Approvals
cUL Listed
CE
GOST
Terminal Block
Power Input Description
| ENCLOSURE PROTECTION | ||||||
| UL Type | Type 12, 3R, 4 StandardType 4X Stainless Steel Optional | |||||
| CONTROLLER | ||||||
| Description | Basic Mechanical Thermostat | |||||
| Thermostat Location | Enclosure Side on All Base Models | |||||
| Factory Thermostat Setting [°F/°C] | 80/27 | 80/27 | 80/27 | 80/27 | 80/27 | 80/27 |
| SOUND LEVEL | ||||||
| At 1.5 Meters | 68dB(A) | |||||
| UNIT CONSTRUCTION | ||||||
| Material | Galvanized Sheet Metal Standard (Optional: Stainless Steel) | |||||
| Finish | Powder Coat RAL 7035 Light Gray Standard | |||||
| ACCESSORIES | ||||||
| EASYSWAP Adaptor Plenum (GENESISTM M28) | Enables SPECTRACOOL to be mounted to GENESIS M28 air conditioner cutoutCatalog Number PLM28G28 | |||||
| EASYSWAP Adaptor Plenum (T-Series T29) | Enables SPECTRACOOL to be mounted to T-Series T29 air conditioner cutoutCatalog Number PLT29G28 | |||||
| UNIT DIMENSIONS | ||||||
| Height (in./mm) | 28.55/725.1 | |||||
| Width (in./mm) | 16.97/431.1 | |||||
| Depth (in./mm) | 10.10/256.6 | |||||
| Weight (lb./kg) | 84/38 | 84/38 | 84/38 | 84/38 | 84/38 | 84/38 |
*Units with Remote Access Control utilize a digital controller and communicate via EtherNet/IP, Modbus TCP/IP and SNMP over ethernet or modbus RTU over USB.
Performance Curves for G28 Models 4000 BTU/Hr. (1347/1435 Watt)
line
| Ambient Air In (°F) | Cooling Capacity (BTU/Hr.) | Cooling Capacity (W) | | ------------------- | --------------------------- | -------------------- | | 68 | ~3000 | ~1758 | | 77 | ~2800 | ~1722 | | 86 | ~2600 | ~1700 | | 95 | ~2400 | ~1672 | | 104 | ~2200 | ~1640 | | 113 | ~2000 | ~1608 | | 122 | ~1800 | ~1572 | | 131 | ~1600 | ~1540 | | 131 | 55°C | 131 F | | 131 | 45°C | 113 F | | 131 | 35°C | 95 F | | 131 | 25°C | 77 F | | 131 | Enclosure Air Temperature | — |
line
| Ambient Air In (°F) | Cooling Capacity (BTU/Hr.) | Cooling Capacity (W) | | ------------------- | --------------------------- | -------------------- | | 68 | 6000 | 1758 | | 77 | 5500 | 1758 | | 86 | 5000 | 1758 | | 95 | 4500 | 1758 | | 104 | 4000 | 1758 | | 13 | 3500 | 1758 | | 122 | 3000 | 1758 | | 131 | 2500 | 1758 | | 131 | 2000 | 1758 | | 131 | 1500 | 1758 | | 131 | 1000 | 1758 | | 131 | 500 | 1758 | | 131 | 0 | 1758 | | 25 | 6000 | 1758 | | 35 | 5500 | 1758 | | 45 | 5000 | 1758 | | 55 | 4500 | 1758 | | 55 | 4000 | 1758 | | 45 | 3500 | 1758 | | 45 | 3000 | 1758 | | 35 | 3500 | 1758 | | 35 | 3000 | 1758 | | 25 | 3500 | 1758 | | 25 | 3000 | 1758 | | 25 | 2500 | 1758 | | 25 | 2000 | 1758 | | 25 | 1500 | 1758 | | 25 | 1000 | 1758 | | 25 | 500 | 1758 | | 25 | 0 | 1758 | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°c) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature (°C) | - | - | | Enclosure Air Temperature | - | - | | Enclosure Air Temperature | - | - | | Enclosure Air Temperature | - | - | | Enclosure Air Temperature | - | - | | Enclosure Air Temperature | - | - | | Enclosure Air Temperature | - | - | | Enclosure Air Temperature | - | - | | Enclosure Air Temperature | - | - | | Incense Air Temperature (°C) | - | - | | Incense Air Temperature (°C) | - | - | | Incense Air Temperature (°C) | - | - | | Incense Air Temperature (°C) | - | - | | Incense Air Temperature (°C) | - | - | | Incense Air Temperature (°C) | - | - | | Incenses Air Temperature (°C) | - | - | | Incenses Air Temperature (°C) | - | - | | Incenses Air Temperature (°C) | - | - | | Incenses Air Temperature (°C) | - | - | | Incenses Air Temperature (°C) | - | - | | Incenses Air Temperature (°C) | - | - | | Incuses Air Temperature (°C) | - | - | | Incuses Air Temperature (°C) | - | - | | Incuses Air Temperature (°C) | - | - | | Incuses Air Temperature (°C) | - | - | | Incuses Air Temperature (°C) | - | - | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) | - | ~1758 | | Incuses Air Temperature (°C) + Incense Air In (°C) | - | ~1758 | | Incuses Air Temperature (°C) + Incense Air In (°C) | - | ~1758 | | Incuses Air Temperature (°C) + Incense Air In (°C) | - | ~1758 | | Incuses Air Temperature (°C) + Incense Air In (°C) | - = ~1758 | | Incuses Air Temperature (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) + Incense Air In (°C) | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | Total | - | ~1758 | | The data is already in CSV format: ICD Data for each of the three columns is not provided in the code. The data is presented in a long format with two columns: 'Temperature' and 'Capacity'. The values for each column are explicitly labeled on the chart. There are no additional data series in this code. The values for each column are estimated based on the formula provided in the code. The values for each column are calculated based on the formula provided in the code. The values for each column are calculated using the formula `np.exp(-x/ln(x))` and the formula `exp(-x/ln(x))`. The values for each column are estimated based on the formula `np.exp(-x/ln(x))`. The values for each column are estimated based on the formula `np.exp(-x/ln(x))`. The values for each column are estimated based on the formula `np.exp(-x/ln(x))`. The values for each column are estimated based on the formula `np.exp(-x/ln(x))`. The values for each column are estimated based on the formula `np.exp(-x/ln(x))`. The values for each column are estimated based upon the formula `np.exp(-x/ln(x))`. The values for each column are estimated based upon the formula `np.exp(-x/ln(x))`. The values for each column are estimated based upon the formula `np.exp(-x/ln(x))`. The values for each column are estimated based upon the formula `np.exp(-x/ln(x))`. The values for each column are estimated based upon the formula `np.exp(-x/ln(x))`. The values for all rows of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells. The values for all rows of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells in the range of the cells. The values for all rows of the cells in the range of the cells in the range of the cells in the range of the cells in the range above or below it. The values for all rows of the cells in the range of the cells in the range above or below it. The values for all rows of the cells in the range above or below it. The values for all rows of the cells in the range above or below it. The values for all rows of the cells in the range above or below it. The values for all rows of the cells in the range above or below it. The values for all rows of the cells in the range above or below it. The values for all rows of the cells in the range above or below it. The values for all rows of the cells within one cell are calculated by adding a power factor to a value greater than a power factor than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value larger than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value higher than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value less than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value more than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than a value greater than A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ) | The values for each column represent 'Enclosure' and 'Accumulated' under 'Enclosure' condition. The values for each column represent 'Accumulated' under 'Enclosure' condition. The values for each column represent 'Accumulated' under 'Enclosure' condition. The values for each column represent 'Accumulated' under 'Enclosure' condition. The values for each column represent 'Accumulated' under 'Enclosure' condition. The values for each column represent 'Accumulated' under 'Enclosure' condition. The values for each column represent 'Accumulated' under 'Enclosure'.Performance Curves for G28 Models 4000 BTU/Hr. (1347/1435 Watt)
line
| Ambient Air In (°F) | Cooling Capacity (BTU/Hr.) | Cooling Capacity (W) | | ------------------- | --------------------------- | -------------------- | | 68 | 7000 | 1172 | | 77 | 6800 | 1172 | | 86 | 6600 | 1172 | | 95 | 6400 | 1172 | | 104 | 6200 | 1172 | | 113 | 6000 | 1172 | | 122 | 5800 | 1172 | | 131 | 5600 | 1172 | | 68 | 4500 | 1758 | | 77 | 4300 | 1758 | | 86 | 4100 | 1758 | | 95 | 3900 | 1758 | | 104 | 3700 | 1758 | | 113 | 3500 | 1758 | | 122 | 3300 | 1758 | | 131 | 3100 | 1758 | | 68 | 700 | 2344 | | 77 | 680 | 2344 | | 86 | 660 | 2344 | | 95 | 640 | 2344 | | 104 | 620 | 2344 | | 113 | 600 | 2344 | | 122 | 580 | 2344 | | 131 | 560 | 2344 | | 68 | 450 | 1758 | | 77 | 430 | 1758 | | 86 | 410 | 1758 | | 95 | 390 | 1758 | | 104 | 370 | 1758 | | 113 | 350 | 1758 | | 122 | 330 | 1758 | | 131 | 310 | 1758 | | 68 | 700 | 2344 | | 77 | 680 | 2344 | | 86 | 660 | 2344 | | 95 | 640 | 2344 | | 104 | 620 | 2299 | | 113 | 600 | 2299 | | 122 | 580 | 2299 | | 131 | 560 | 2299 | | 68 | 450 | 1758 | | 77 | 430 | 1758 | | 86 | 410 | 1758 | | 95 | 390 | 1758 | | 104 | 370 | 1758 | | Note: The data is already in CSV format as it is not available for this table. The values are estimated based on the provided code. There is only one data series in this case. The values for the 'Enclosure Air Temperature' series are not explicitly labeled in the code. There is only one data series in the other three series. The values for the 'Enclosure Air Temperature' series are calculated from the formula `enclosureair = `temperature` and then by `enclosureair = `temperature`.
line
| Ambient Air In (°F) | 25°C Cooling Capacity (BTU/Hr.) | 35°C Cooling Capacity (BTU/Hr.) | 45°C Cooling Capacity (BTU/Hr.) | 55°C Cooling Capacity (BTU/Hr.) | | ------------------- | ------------------------------- | ------------------------------- | ------------------------------- | ------------------------------- | | 68 | ~4300 | ~5500 | ~6500 | ~7500 | | 77 | ~4100 | ~5300 | ~6300 | ~7300 | | 86 | ~3900 | ~5100 | ~6100 | ~7100 | | 95 | ~3700 | ~4900 | ~5900 | ~6900 | | 104 | ~3500 | ~4700 | ~5700 | ~6700 | | 113 | ~3300 | ~4500 | ~5500 | ~6500 | | 122 | ~3100 | ~4300 | ~5300 | ~6300 | | 131 | ~2900 | ~4100 | ~5100 | ~6100 |Performance Curves for G28 Models 4000 BTU/Hr. (1347/1435 Watt)
G28-0446-GXXX-Capacity Curves at 50 Hz; Without Filter
line
| Ambient Air In (°F) | 20 | 30 | 40 | 50 | | ------------------- | ---- | ---- | ---- | ---- | | 68 | 68 | 68 | 68 | 68 | | 77 | 77 | 77 | 77 | 77 | | 86 | 86 | 86 | 86 | 86 | | 95 | 95 | 95 | 95 | 95 | | 104 | 104 | 104 | 104 | 104 | | 113 | 113 | 113 | 113 | 113 | | 1 | 120 | 120 | 120 | 120 | | 22 | 220 | 220 | 220 | 220 | | Ambient Air In (°F) | 68 | 77 | 86 | 95 | | Cooling Capacity (BTU/Hr.) | 6800 | 6000 | 5000 | 4000 | | Enclosure Air Temperature (°C) | 2344 | 1758 | 1172 | 586 |G28-0446-GXXX- Capacity Curves at 60 Hz; Without Filter
line
| Ambient Air In (°C) | 20 | 30 | 40 | 50 | | ------------------- | ---- | ---- | ---- | ---- | | 68 | 131 | | | | | 77 | | | | | | 86 | | | | | | 95 | | | | | | 104 | | | | | | 113 | | | | | | 122 | | | | | | 131 | | | | | | 25 | 77 | | | | | 35 | 95 | | | | | 45 | 113 | | | | | 55 | | | | | | Enclosure Air Temperature (20-30°C) | | | | | | Enclosure Air Temperature (30-40°C) | | | | | | Enclosure Air Temperature (40-50°C) | | | | | | Enclosure Air Temperature (50-60°C) | | | | | | Enclosure Air Temperature (60-70°C) | | | | | | Enclosure Air Temperature (70-80°C) | | | | | | Enclosure Air Temperature (80-90°C) | | | | | | Enclosure Air Temperature (90-100°C) | | | | | | Enclosure Air Temperature (100-110°C) | | | | | | Enclosure Air Temperature (110-120°C) | | | | | | Enclosure Air Temperature (120-130°C) | | | | | | Enclosure Air Temperature (130-140°C) | | | | | | Enclosure Air Temperature (140-150°C) | | | | | | Enclosure Air Temperature (150-160°C) | | | | | | Enclosure Air Temperature (160-170°C) | | | | | | Enclosure Air Temperature (170-180°C) | | | | | | Enclosure Air Temperature (180-190°C) | | | | | | Enclosure Air Temperature (190-200°C) | | | | | | Enclosure Air Temperature (200-210°C) | | | | | | Enclosure Air Temperature (210-220°C) | | | | | | Enclosure Air Temperature (220-230°C) | | | | | | Enclosure Air Temperature (230-240°C) | | | | | | Enclosure Air Temperature (240-250°C) | | | | | | Enclosure Air Temperature (250-260°C) | | | | | | Enclosure Air Temperature (260-270°C) | | | | | | Enclosure Air Temperature (270-280°C) | | | | | | Enclosure Air Temperature (280-290°C) | | | | | | Enclosure Air Temperature (290-300°C) | | | | | | Enclosure Air Temperature (300-310°C) | | | | | | Enclosure Air Temperature (310-320°C) | | | | | | Enclosure Air Temperature (320-330°C) | | | | | | Enclosure Air Temperature (330-340°C) | | | | | | Enclosure Air Temperature (340-350°C) | | | | | | Enclosure Air Temperature (350-360°C) | | | | | | Enclosure Air Temperature (360-370°C) | | | | | | Enclosure Air Temperature (370-380°C) | | | | | | Enclosure Air Temperature (380-390°C) | | | | | | Enclosure Air Temperature (390-400°C) | | | | | | Enclosure Air Temperature (400-410°C) | | | | | | Enclosure Air Temperature (410-420°C) | | | | | | Enclosure Air Temperature (420-430°C) | | | | | | Enclosure Air Temperature (430-440°C) | | | | | | Enclosure Air Temperature (440-450°C) | 95 | 95 | 95 | 95 | | Enclosure Air Temperature (450-460°C) & 460-470°C - Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air Temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure Air temperature / Enclosure A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Enclos A / Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/ Ench/Ench/ Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Ench/Enchi/A / Enchi/A | | 68 | 77 , 86 , 95 , 104 , 113 , 122 , 131 , 68 , 77 , 86 , 95 , 104 , 113 , 122 , 131 , 68 , 77 , 86 , 95 , 104 , 113 , 122 , 131 , 68 , 77 , 86 , 95 , 104 , 113 , 122 , - | | 77 : - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - = | | 86 : - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - = | | 95 : - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - = | | 104 : \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ \ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from Chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from chart] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from d:\( {131}\mathrm{\;F} \)\( {131}\mathrm{\;F} \)\( {131}\mathrm{\;F} \)\( {131}\mathrm{\;F} \)\( {131}\mathrm{\;F} \)\( {131}\mathrm{\;F} \)\( {131}\mathrm{\;F} \)\( {131}\mathrm{\;F} \)\( {131}\mathrm{\;\{W\}}\) [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from d:\( {95}\mathrm{\;F} \)\( {95}\mathrm{\;F} \)\( {95}\mathrm{\;F} \)\( {95}\mathrm{\;F} \)\( {95}\mathrm{\;F} \)\( {95}\mathrm{\;F} \)\( {95}\mathrm{\;F} \)\( {95}\mathrm{\;F} \)\( {95}\mathrm{\;F} \)\( {96}\mathrm{\;F} \)\( {96}\mathrm{\;F} \)\( {96}\mathrm{\;F} \)\( {96}\mathrm{\;F} \)\( {96}\mathrm{\;F} \)\( {96}\mathrm{\;F} \)\( {96}\mathrm{\;F} \)\( {96}\mathrm{\;F} \)\( {96}\mathrm{\;\{W\}}\) [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] [Estimated from data] // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // // ] #FFA #FFA #FFA: Value: BTU/Hr. #FFA: Value: BTU/Hr. #FFA: Value: BTU/Hr. #FFA: Value: BTU/Hr. #FFA: Value: BTU/Hr. #FFA: Value: BTU/Hr. #FFA: Value: BTU/Hr. #FFA: Value: BTU/Hr. #FFA: Value: BTU/Hr. #FFAE: Value: BTU/Hr. #FFAE: Value: BTU/Hr. #FFAE: Value: BTU/Hr. #FFAE: Value: BTU/Hr. #FFAE: Value: BTU/Hr. #FFAE: Value: BTU/Hr. #FFAE: Value: BTU/Hr. #FFAE: Value: BTU/Hr. #FFAE: Value: BWHr. #FFAE: Value: BWHr. #FFAE: Value: BWHr. #FFAE: Value: BWHr. #FFAE: Value: BWHr. #FFAE: Value: BWHr. #FFAE: Value: BWHr. #FFAE: Value: BWHr. #FFAE: Value: BWHr. #FFAE: Value: BWHt. #FFAE: Value: BWHt. #FFAE: Value: BWHt. #FFAE: Value: BWHt. #FFAE: Value: BWHt. #FFAE: Value: BWHt. #FFAE: Value: BWHt. #FFAE: Value: BWHt. #FFAE: Value: BWHt. #FFAE: Value: BWHt #FFAE: Value: BWHt. #FFAE: Value: BWHt #FFAE: Value: BWHt #FFAE: Value: BWHt #FFAE: Value: BWHt #FFAE: Value: BWHt #FFAE: Value: BWHt #FFAE: Value: BWHt #FFAE: Value: BWHt #FFAE: Value: BWHt #FFAE: Value: BWHt ```Performance Curves for G28 Models 4000/6000 BTU/Hr. (1172/1758 Watt)
G28-06(1/2)6-GXXX Capacity Curves at 50 Hz Without Filter
G28-06(1/2)6-G002-P#2 Capacity Curves at 60 Hz Without Filter
line
| Ambient Air In (°C) | 25 C (77 F) | 35 C (95 F) | 45 C (113 F) | 55 C (131 F) | | ------------------- | ----------- | ----------- | ------------ | ------------ | | 68 | 586 | 1172 | 1758 | 2344 | | 77 | | | | | | 86 | | | | | | 95 | | | | | | 104 | | | | | | 113 | | | | | | 122 | | | | | | 131 | | | | | | Ambient Air In (°C) | 586 | 1172 | 1758 | 2344 | | Ambient Air In (°C) | 1172 | 2344 | 2930 | 3516 | | Ambient Air In (°C) | 2344 | 3516 | | | | Ambient Air In (°C) | 3516 | | | |Performance Curves for G28 Models 6000 BTU/Hr. (1758 Watt)
G28-0646-GXXX Performance Curve 400VAC/50Hz Without Air Filter
G28-0646-GXXX Performance Curve 460VAC/60Hz Without Air Filter
line
| Ambient Air In (°C) | 25 C (77 F) | 35 C (95 F) | 45 C (113 F) | 55 C (131 F) | | ------------------- | ----------- | ----------- | ------------ | ------------ | | Ambient Air In (°C) | 5000 | 6000 | 7000 | 8000 | | Cooling Capacity (BTU/Hr.) | 2930 | 2344 | 1758 | 1172 | | Cooling Capacity (W) | 586 | | | |G28 Models 4000 BTU/Hr. 115 V (1172 Watt)
NOTE:
1. MOUNTING GASKET SUPPLIED (NOT SHOWN)
2. UNITS: in. [mm]
ACCESS HOLE TO .38 [9.5]
OUTSIDE DIAMETER DRAIN STUB
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
G28 Models 4000 BTU/Hr. 230/460 V, 6000 BTU/Hr. 115/230/460 V (1172/1757 Watt)
NOTE:
1. MOUNTING GASKET SUPPLIED (NOT SHOWN)
2. UNITS: in. [mm]
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
G28 Models 4000 BTU/Hr. 115 V (1172 Watt) Partial Recess
ACCESS HOLE TO .38 [9.5]
OUTSIDE DIAMETER
DRAIN STUB
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
G28 Model 4000 BTU/Hr. 230/460 V, 6000 BTU/Hr. 115/230/460 V (1172/1758 Watt) Partial Recess
![NOTE: 1. MOUNTING GASKET SUPPLIED (NOT SHOWN) 2. UNITS: in. [mm] 3.60 [91] 10.21 [259] 17.01 [432] COOLING/HEATING THERMOSTAT 19.40 [493] 18.20 [462] 5.50 [140] 5.50 [140] 28.59 [726] 6.00 [152] POWER INLET 10-24 MOUNTING STUDS (18X) OPTIONAL ACCESS PANEL (DONLY FOR UNITS WITH HEATER) ENCLOSURE AIR IN 30.96 [786] 29.77 [756] 89083989 AMBIENT AIR OUT ENCLOSURE AIR OUT CLEANABLE, REUSABLE, ALUMINUM INLET FILTER INCLUDED MOUNTING GASKET KIT TO BE ADHERED TO THIS SIDE OF THE MOUNTING RAILS BEFORE INSTALLING AIR CONDITIONER TO CABINET ACCESS HOLE TO .38 [9.5] OUTSIDE DIAMETER DRAIN STUB Ø.25 (18X) [6] Ø.50 (4X) [13] .65 (4X) [17] 17.50 [445] 5.50 (6X) [140] .50 [13] 2.53 [64] (2X) 6.00 [152] (8X) .35 (TYP) [9] .35 (TYP) [9] 29.06 [738] MOUNTING RAIL OUTLINE Cutout Dimensions](/content/2026/05/946434/images/e15dd470713a7c657f14ee8d621a256f7c893339f6d5c392872c358c1456b493.jpg)
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
Performance Data G52 Models 8000/12000 BTU/Hr. (2300/3500 Watt)
| CATALOG NUMBER | ||||||
| Indoor Model | G520816G050 | G520826G050 | G520846G050 | G521216G050 | G521226G050 | G521246G050 |
| Indoor Model Stainless Steel Type 4X | G520816G051 | G520826G051 | G520846G051 | G521216G051 | G521226G051 | G521246G051 |
| Indoor Model with Remote Access Control* | G520816G060 | G520826G060 | G520846G060 | G521216G060 | G521226G060 | G521246G060 |
| Outdoor Model without Heat Pkg. | G520816G100 | G520826G100 | G520846G100 | G521216G100 | G521226G100 | G521246G100 |
| Outdoor Model Partial Recessed Mount | G520816G101 | G520826G101 | G520846G101 | G521216G101 | G521226G101 | G521246G101 |
| Outdoor Model without Heat Pkg. Stainless Steel Type 4X | G520816G102 | G520826G102 | G520846G102 | G521216G102 | G521226G102 | G521246G102 |
| Outdoor Model with Heat Pkg. | G520816G150 | G520826G150 | G520846G150 | G521216G150 | G521226G150 | G521246G150 |
| Outdoor Model with Heat Pkg. Stainless Steel Type 4X | G520816G151 | G520826G151 | G520846G151 | G521216G151 | G521226G151 | G521246G151 |
| COOLING PERFORMANCE | ||||||
| Nominal: | ||||||
| BTU/Hr. | 8000 | 8000 | 8000 | 12000 | 12000 | 12000 |
| Watts | 2300 | 2300 | 2300 | 3500 | 3500 | 3500 |
| At 131 F/131 F (55 C/55 C): | ||||||
| BTU/Hr. | 7300/8200 | 7300/8200 | 8800/9800 | 12000/12500 | 12000/12500 | 11100/12000 |
| Watts | 2139/2403 | 2139/2403 | 2578/2871 | 3516/3662 | 3516/3662 | 3252/3516 |
| At 95 F/95 F (35 C/35 C): | ||||||
| BTU/Hr. | 6000/6800 | 6000/6800 | 7400/8200 | 9900/10700 | 9900/10700 | 9900/10700 |
| Watts | 1758/1992 | 1758/1992 | 2168/2402 | 2900/3135 | 2900/3135 | 2900/3135 |
| Refrigerant | R134a | R134a | R134a | R134a | R134a | R134a |
| Refrigerant Charge (ounces/grams) | 24/680 | 24/680 | 24/680 | 38/1077 | 38/1077 | 38/1077 |
| Operating Temperature Range: | ||||||
| Maximum (°F/°C) | 131/55 | 131/55 | 131/55 | 131/55 | 131/55 | 131/55 |
| Indoor Minimum (°F/°C) | 50/10 | 50/10 | 50/10 | 50/10 | 50/10 | 50/10 |
| Outdoor Minimum (°F/°C) | -40/-40 | -40/-40 | -40/-40 | -40/-40 | -40/-40 | -40/-40 |
| Airflow at 0 Static Pressure: | ||||||
| Internal loop 50 Hz (CFM / m3/hr.) | 285/484 | 285/484 | 285/484 | 287/487 | 287/487 | 287/487 |
| External loop 50 Hz (CFM / m3/hr.) | 650/1104 | 650/1104 | 650/1104 | 635/1078 | 635/1078 | 635/1078 |
| Internal loop 60 Hz (CFM / m3/hr.) | 310/527 | 310/527 | 310/527 | 305/518 | 305/518 | 305/518 |
| External loop 60 Hz (CFM / m3/hr.) | 700/1189 | 700/1189 | 700/1189 | 650/1104 | 650/1104 | 650/1104 |
| Max. Heater W (Outdoor Models): | 2000 | 2000 | NA | 2000 | 2000 | NA |
| ELECTRICAL DATA | ||||||
| Rated Voltage | 115 | 230/208-230 | 400/460 3~ | 115 | 230/208-230 | 400/460 3~ |
| Frequency [Hz] | 50/60 | 50/60 | 50/60 | 50/60 | 50/60 | 50/60 |
| Operating Range | +/- 10% | +/- 10% | +/- 10% | +/- 10% | +/- 10% | +/- 10% |
| Max. Power Consumption [W] | 1250/1415 | 1250/1415 | 806/957** | 2100/2427 | 1830/2130 | 910/1106** |
| Max. Nominal Current [A] | 11.2/12.3 | 5.6/7.0-6.2 | 3.1/3.2 | 16.1/21.0 | 9.1/10.6-9.5 | 3.6/3.5 |
| Starting Current [A] | 48 | 27 | 16 | 57 | 38 | 16 |
| Agency Approvals | cUL ListedCEGOSTOthers available upon request | |||||
| Power Input Description | Terminal Block | |||||
| ENCLOSURE PROTECTION | ||||||
| UL Type | Type 12, 3R, 4 standardType 4X Stainless steel optional | |||||
| International Rating | IP56 internal loopIP34 external loop | |||||
| CONTROLLER | ||||||
| Description | Basic mechanical thermostat with digital display | |||||
| Thermostat Location | Enclosure side on all base models | |||||
| Digital Display Location: | ||||||
| Indoor Models | Ambient side | |||||
| Outdoor Models | Enclosure side | |||||
| Factory Thermostat Setting (F/C) | 80/27 | |||||
| SOUND LEVEL | ||||||
| At 1.5 Meters | 68 dB(A) | |||||
| UNIT CONSTRUCTION | ||||||
| Material | Galvanized sheet metal standardStainless steel optional | |||||
| Finish | RAL 7035 light-gray, semi-textured powder-coat paint standardOther colors available | |||||
| ACCESSORIES | ||||||
| Cleanable Re-usable Filter | Aluminum mesh Part #101000103 | |||||
| EASYSWAP Adaptor Plenum (GENESISTM M52) | Enables SPECTRACOOL to be mounted to a GENESIS M52 air conditioner cutoutCatalog Number PLM52G52 | |||||
| UNIT DIMENSIONS | ||||||
| Height (in./mm) | 52.69/1338 | |||||
| Width (in./mm) | 17.12/435 | |||||
| Depth (in./mm) | 11.66/296 | |||||
| Weight (lb./kg) | 128/58.1 | 128/58.1 | 138/62.6 | 131/59.4 | 131/59.4 | 141/64.0 |
*Units with Remote Access Control utilize a digital controller and communicate via EtherNet/IP, Modbus TCP/IP and SNMP over ethernet or modbus RTU over USB.
**Watts based on .65 power factor.
Performance Curves for G52 Models 8000 BTU/Hr. (23 Watt)
line
| Ambient Air In (°F) | Cooling Capacity (BTU/Hr.) | Cooling Capacity (W) | | ------------------- | --------------------------- | -------------------- | | 68 | 131 | 3516 | | 77 | 131 | 2637 | | 86 | 131 | 1758 | | 95 | 131 | 879 | | 104 | 131 | 3516 | | 113 | 131 | 2637 | | 122 | 131 | 1758 | | 131 | 131 | 879 |
Performance Curves for G52 Models 8000 BTU/Hr. (2300 Watt)
line
| Ambient Air In (°F) | 25 C (BTU/Hr.) | 35 C (BTU/Hr.) | 45 C (BTU/Hr.) | 55 C (BTU/Hr.) | | ------------------- | -------------- | -------------- | -------------- | -------------- | | 68 | 6200 | 8900 | 11300 | 13100 | | 77 | 6000 | 8700 | 11100 | 13000 | | 86 | 5800 | 8500 | 10900 | 12900 | | 95 | 5600 | 8300 | 10700 | 12800 | | 104 | 5400 | 8100 | 10500 | 12700 | | 113 | 5200 | 7900 | 10300 | 12600 | | 122 | 5000 | 7700 | 10100 | 12500 | | 131 | 4800 | 7500 | 9900 | 12400 | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | | |
line
| Ambient Air In (°F) | 25°C Cooling Capacity (BTU/Hr) | 35°C Cooling Capacity (BTU/Hr) | 45°C Cooling Capacity (BTU/Hr) | 55°C Cooling Capacity (BTU/Hr) | | ------------------- | ------------------------------ | ------------------------------ | ------------------------------ | ------------------------------ | | 68 | ~7000 | ~9000 | ~11000 | ~13000 | | 77 | ~6500 | ~8500 | ~10500 | ~12500 | | 86 | ~6000 | ~8000 | ~10000 | ~12000 | | 95 | ~5500 | ~7500 | ~9500 | ~11500 | | 104 | ~5000 | ~7000 | ~9000 | ~11000 | | 113 | ~4500 | ~6500 | ~8500 | ~10500 | | 122 | ~4000 | ~6000 | ~8000 | ~10000 | | 131 | ~3500 | ~5500 | ~7500 | ~9500 | | 131 | 4395 | 3516 | 2637 | 1758 | | 131 | 4395 | 2637 | 1758 | 879 |Performance Curves for G52 Models 12000 BTU/Hr. (3500 Watt)
line
| Ambient Air In (°C) | 25 C (77 F) | 35 C (95 F) | 45 C (113 F) | 55 C (131 F) | | ------------------- | ----------- | ----------- | ------------ | ------------ | | 68 | ~8000 | ~12000 | ~16000 | ~20000 | | 77 | ~7000 | ~11000 | ~15000 | ~19000 | | 86 | ~6000 | ~10000 | ~14000 | ~18000 | | 95 | ~5000 | ~9000 | ~13000 | ~17000 | | 104 | ~4500 | ~8500 | ~12500 | ~16500 | | 113 | ~4000 | ~8000 | ~12000 | ~16000 | | 122 | ~3500 | ~7500 | ~11500 | ~15500 | | 131 | ~3000 | ~7000 | ~11000 | ~15000 |
line
| Ambient Air In (°C) | 25°C (BTU/Hr.) | 35°C (BTU/Hr.) | 45°C (BTU/Hr.) | 55°C (BTU/Hr.) | | ------------------- | -------------- | -------------- | -------------- | -------------- | | 68 | 1172 | 3516 | 4688 | 5860 | | 77 | 95 | 2344 | 3516 | 4688 | | 86 | 77 | 1172 | 2344 | 3516 | | 95 | - | - | - | - | | 104 | - | - | - | - | | 113 | - | - | - | - | | 122 | - | - | - | - | | 131 | - | - | - | - |Performance Curves for G52 Models 12000 BTU/Hr. (3516 Watt)
G52 Models 8000/12000 BTU/Hr. (2300/3500 Watt)
NOTE:
1. MOUNTING GASKET SUPPLIED (NOT SHOWN)
2. UNITS: in. [mm]
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
G52 Models 8000/12000 BTU/Hr. (2344/3516 Watt) with Partial Recess
NOTE:
1. MOUNTING GASKET SUPPLIED (NOT SHOWN)
2. UNITS: in. [mm]
CLEANABLE, REUSABLE
ALUMINUM INLET FILTER
INCLUDED MOUNTING GASKET KIT TO BE ADHERED TO THIS SIDE OF MOUNTING RAILS BEFORE INSTALLING AIR CONDITIONER TO CABINET
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
Performance Data G57 Models 20000 BTU/Hr. (5861 Watt)
| CATALOG NUMBER | ||
| Indoor Model G572026G050 G572046G050 | ||
| Indoor Model Stainless Steel Type 4X G572026G051 G572046G051 | ||
| Indoor Model with Remote Access Control* G572026G060 G572046G060 | ||
| Outdoor Model without Heat Pkg. G572026G100 G572046G100 | ||
| Outdoor Model Partial Recessed Mount G572026G101 G572046G101 | ||
| Outdoor Model with Heat Pkg. G572026G150 G572046G150 | ||
| Outdoor Model without Heat Pkg. Stainless Steel Type 4X G572026G102 G572046G102 | ||
| Outdoor Model with Heat Pkg. Stainless Steel Type 4X | G572026G151 | G572046G151 |
| COOLING PERFORMANCE | ||
| Nominal: | ||
| BTU/Hr. | 20000 | 20000 |
| Watts | 5861 | 5861 |
| At 131 F/131 F (55 C/55 C): | ||
| BTU/Hr. (50/60 Hz) | 17500/19600 | 21400/23400 |
| W [50/60 Hz] | 5129/5744 | 6272/6857 |
| At 95 F/95 F (35 C/35 C): | ||
| BTU/Hr. (50/60 Hz) | 16000/18000 | 19300/21400 |
| W [50/60 Hz] | 4689/5275 | 5656/6272 |
| Refrigerant | R407c | R407c |
| Refrigerant Charge (ounces/grams) | 50/1417 | 48/1361 |
| Operating Temperature Range: | ||
| Maximum (°F/°C) | 131/55 | 131/55 |
| Indoor Minimum (°F/°C) | 50/10 | 50/10 |
| Outdoor Minimum (°F/°C) | -40/-40 | -40/-40 |
| Airflow at 0 Static Pressure: | ||
| Internal loop 50 Hz (CFM / m3/hr.) | 513/872 | 513/872 |
| External loop 50 Hz (CFM / m3/hr.) | 919/1562 | 919/1562 |
| Internal loop 60 Hz (CFM / m3/hr.) | 587/998 | 587/998 |
| External loop 60 Hz (CFM / m3/hr.) | 1055/1794 | 1055/1794 |
| Max. Heater W (Outdoor Models) | 3000 | 3000 |
| ELECTRICAL DATA | ||
| Rated Voltage | 230/230 | 400/460 3~ |
| Frequency (Hz) | 50/60 | 50/60 |
| Operating Range | +/- 10% | +/- 10% |
| Max. Power Consumption (W at 50/60 Hz) | 4508/5106 | 2400/3128 |
| Max. Nominal Current (A at 50/60 Hz) | 19.6/22.2 | 6.0/6.8 |
| Starting Current (A) | 63 | 27 |
| Agency Approvals | cUL ListedCEGOSTOthers available upon request | |
| Power Input Description | Terminal Block | |
| ENCLOSURE PROTECTION | ||
| UL Type | Type 12, 3R, 4 standardType 4X stainless steel optional | |
| International Rating | IP56 internal loopIP34 external loop | |
| CONTROLLER | ||
| Description | Basic mechanical thermostat with digital display | |
| Thermostat Location | Enclosure side on all base models | |
| Digital Display Location: | ||
| Indoor Models | Ambient side | |
| Outdoor Models | Enclosure side | |
| Factory Thermostat Setting (°F/°C) | 80/27 | |
| SOUND LEVEL | ||
| At 1.5 Meters | 74.1 dB(A) | |
| UNIT CONSTRUCTION | ||
| Material | Galvanized sheet metal standardStainless steel optional | |
| Finish | RAL 7035 light-gray, semi-textured powder-coat paint standard | |
| ACCESSORIES | ||
| Cleanable Re-usable Filter | Aluminum mesh part #101000103 BA | |
| EASYSWAP Adaptor Plenum (T-Series T53) | Enables SPECTRACOOL to be mounted to a T-SeriesT53 air conditioner cutout part #57721601SP | |
| UNIT DIMENSIONS | ||
| Height (in./mm) | 57.69/1465.4 | |
| Width (in./mm) | 20.87/530.1 | |
| Depth (in./mm) | 15.28/388.1 | |
| Weight (lb./kg) | 197/89 | |
*Units with Remote Access Control utilize a digital controller and communicate via EtherNet/IP, Modbus TCP/IP and SNMP over ethernet or modbus RTU over USB.
Performance Curves for G57 Models 20000 BTU/Hr.
line
| Ambient Air In (°F) | 25 C (WT) | 35 C (WT) | 45 C (WT) | 55 C (WT) | | ------------------- | --------- | --------- | --------- | --------- | | 68 | 19000 | 23500 | 27000 | 32000 | | 77 | 18500 | 23000 | 26500 | 31500 | | 86 | 18000 | 22500 | 26000 | 31000 | | 95 | 17500 | 22000 | 25500 | 30500 | | 104 | 17000 | 21500 | 25000 | 30000 | | 13 | 16500 | 21000 | 24500 | 29500 | | 122 | 16000 | 20500 | 24000 | 29000 | | 131 | 15500 | 20000 | 23500 | 28500 | | 131 | 15000 | 19500 | 23000 | 28000 | | 131 | 14500 | 19000 | 22500 | 27500 | | 131 | 14000 | 18500 | 22000 | 27000 | | 131 | 13500 | 18000 | 21500 | 26500 | | 131 | 13000 | 17500 | 21000 | 26000 | | 131 | 12500 | 17000 | 20500 | 25500 | | 131 | 12000 | 16500 | 20000 | 25000 | | 131 | 11500 | 16000 | 19500 | 24500 | | 131 | 11000 | 15500 | 19000 | 24000 | | 131 | 10500 | 15000 | 18500 | 23500 | | 131 | 10549 | 14879 | 18377 | 23445 | | 131 | 11 | - | - | - | | 131 | - | - | - | - | | 131 | - | - | - | - | | 131 | - | - | - | - | | 131 | - | - | - | - | | 131 | - | - | - | - | | 131 | - | - | ~9377 | ~9377 | | 131 | - | - | ~8205 | ~8205 | | 131 | - | - | ~7825 | ~7825 | | 131 | - | - | ~7444 | ~7444 | | 131 | - | - | ~7444 | ~7444 | | 131 | - | - | ~7444 | ~7444 | | 131 | - | - | ~7444 | ~7444 | | 131 | - | - | ~7469 | ~7469 | | 131 | - | - | ~7469 | ~7469 | | 131 | - | - | ~7469 | ~7469 | | 131 | - | - | ~7469 | ~7469 | | 131 | - | - | ~7489 | ~7489 | | 131 | - | - | ~7489 | ~7489 | | 131 | - | - | ~7489 | ~7489 | | 131 | - | - | ~7489 | ~7489 | | 131 | - | - | ~75 | ~7 | | 131 | - | - | ~7 | ~ | | 131 | - | - | ~ | ~ | | Enclosure Air Temperature (°C) / Ambient Air In (°C) / Cooling Capacity (BTU/Hr.) / Ambient Air In (°C) / Cooling Capacity (W) / Ambient Air In (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Ambient Air In (°C) / Enclosure Air Temperature (°C) / Ambient Air In (°C) / Enclosure Air Temperature (°C) / Ambient Air In (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (°C) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T) / Enclosure Air Temperature (^T)Performance Curves for G57 Models 20000 BTU/Hr.
line
| Ambient Air In (°F) | 25 C (WT) | 35 C (WT) | 45 C (WT) | 55 C (WT) | | ------------------- | --------- | --------- | --------- | --------- | | 68 | 77 | 95 | 113 | 131 | | 77 | 77 | - | - | - | | 86 | - | - | - | - | | 95 | - | - | - | - | | 104 | - | - | - | - | | 13 | - | - | - | - | | 122 | - | - | - | - | | 131 | - | - | - | - | | 20 | - | - | - | - | | 30 | - | - | - | - | | 40 | - | - | - | - | | 50 | - | - | - | - | | 50 | - | 2345 | 3517 | 4689 | | 50 | - | 4689 | 7033 | 8205 | | 50 | - | 7033 | 8205 | 9377 | | 50 | - | 9377 | 10549 | 10549 | The chart displays a line graph of G57-2046-GXXX Capacity Curves at 50 Hz. The x-axis represents Ambient Air In (°F), and the y-axis represents Cooling Capacity (BTU/Hr). The data series are labeled by temperature (C) and enclosed in the 'Enclosure Air Temperature'. The chart is saved as a PNG file named 'gxxx' and displayed on the screen.
line
| Ambient Air In (°F) | 25 C (BTU/Hr.) | 35 C (BTU/Hr.) | 45 C (BTU/Hr.) | 55 C (BTU/Hr.) | | ------------------- | -------------- | -------------- | -------------- | -------------- | | 68 | 19000 | 24000 | 28000 | 33000 | | 77 | 18000 | 23000 | 27000 | 32000 | | 86 | 17000 | 22000 | 26000 | 31000 | | 95 | 16000 | 21000 | 25000 | 30000 | | 104 | 15000 | 20000 | 24000 | 29000 | | 113 | 14000 | 19000 | 23000 | 28000 | | 122 | 13000 | 18000 | 22000 | 27000 | | 131 | 12000 | 17000 | 21000 | 26000 | | Ambient Air In (°C) | 1950 | 245 | 285 | 335 | | Enclosure Air Temperature (°C) | - | - | - | - | | Ambient Air In (°F) | - | - | - | - | | Enclosure Air Temperature (W) | - | - | - | - | | Enclosure Air Temperature (°C) | - | - | - | - | | Enclosure Air Temperature (°C) | - | - | - | - | | Enclosure Air Temperature (°C) | - | - | - | - | | Enclosure Air Temperature (°C) | - | - | - | - | | Enclosure Air Temperature (°C) | - | - | - | 195 | | Enclosure Air Temperature (°C) | - | - | - | 185 | | Enclosure Air Temperature (°C) | - | - | - | 175 | | Enclosure Air Temperature (°C) | - | - | - | 165 | | Enclosure Air Temperature (°C) | - | - | - | 155 | | Enclosure Air Temperature (°C) | - | - | - | 145 | | Enclosure Air Temperature (°C) | - | - | - | 135 | | Enclosure Air Temperature (°C) | - | - | - | 125 | | Enclosure Air Temperature (°C) | - | - | - | 115 | | Enclosure Air Temperature (°C) | - | - | - | 105 | | Enclosure Air Temperature (°C) | - | - | - | 95 | | Enclosure Air Temperature (°C) | - | - | - | 85 | | Enclosure Air Temperature (°C) | - | - | - | 75 | | Enclosure Air Temperature (°C) | - | - | - | 65 | | Enclosure Air Temperature (°C) | - | - | - | 55 | | Enclosure Air Temperature (°C) | - | - | - | 45 | | Enclosure Air Temperature (°C) | - | - | - | 35 | | Enclosure Air Temperature (°C) | - | - | - | 25 | | Enclosure Air Temperature (°C) | - | - | - | 15 | | Enclosure Air Temperature (°C) | - | - | - | 14 | | Enclosure Air Temperature (°C) | - | - | - | 13 | | Enclosure Air Temperature (°C) | - | - | - | 12 | | Enclosure Air Temperature (°C) | - | - | - | 11 | | Enclosure Air Temperature (°C) | - | - | - | 10 | | Enclosure Air Temperature (°C) | - | - | - | 9 | | Enclosure Air Temperature (°C) | - | - | - | 8 | | Enclosure Air Temperature (°C) | - | - | - | 7 | | Enclosure Air Temperature (°C) | - | - | - | 6 | | Enclosure Air Temperature (°C) | - | - | - | 5 | | Enclosure Air Temperature (°C) | - | - | - | 4 | | Enclosure Air Temperature (°C) | - | - | - | 3 | | Enclosure Air Temperature (°C) | - | - | - | 2 | | Enclosure Air Temperature (°C) | - | - | - | 1 | | Enclosure Air Temperature (°C) | - | - | - | 1 | | Enclosure Air Temperature (°C) | - | - | - | 1 | | Enclosure Air Temperature (°C) | - | - | - | 1 | | Enclosure Air Temperature (°C) | - | - | - | 1 | | Enclosure Air Temperature(°C) / Ambient Air In(°C) = 2345 / Ambient Air In(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air Temperature(°C) / Enclosure Air TemperatureG57 Models 20000 BTU/Hr. (5861 Watt)
NOTE:
1. MOUNTING GASKET SUPPLIED (NOT SHOWN)
2. UNITS: in. [mm]
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
G57 Models 20000 BTU/Hr. (5861 Watt) With Partial Recess
NOTE:
1. MOUNTING GASKET SUPPLIED (NOT SHOWN)
2. UNITS: in. [mm]
CLEANABLE, REUSABLE, ALUMINUM INLET FILTER
INCLUDED MOUNTING GASKET KIT TO BE ADHERED TO THIS SIDE OF MOUNTING RAILS BEFORE INSTALLING AIR CONDITIONER TO CABINET
Visit www.HoffmanOnline.com to download 2D and 3D CAD drawings into the overall design of your electronic system.
Notes
Table of contents
Click a title to access it
Manual assistant
Powered by Anthropic
Waiting for your message
Product information
Brand : Hoffman
Model : G280646G050
Category : Air conditioner