What Are 410a Pressures on a 95-degree Day?

On a day with a temperature of 95 degrees, the standard 410a pressures are as follows:

Liquid pressure: 296.4 psi

Vapor pressure: 295.5 psi

Explore the complete range of R410 pressures at various temperatures throughout the day, spanning from -49°F to 150°F below.

Curious about 410a pressures on a scorching 95-degree day? Explore the highs and lows with our Pressure Chart. The good news is there are solutions at your fingertips.

R410a Pressure Chart High and Low Side

The R410a Pressure Chart displays the high and low side pressures at different temperatures. In the table, temperatures ranging from -49°F to 150°F are listed, along with corresponding liquid and vapor pressures in psi. This chart is a valuable reference for those working with R410a systems, providing a quick and easy way to determine pressures at various operating temperatures.

Temp(°F)	Liquid Pressure (psi)	Vapor Pressure (psi)
-49	5.5	5.4
-48	6.0	5.9
-47	6.6	6.5
-46	7.1	7.1
-45	7.7	7.6
-44	8.3	8.2
-43	8.9	8.8
-42	9.5	9.4
-41	10.1	10.0
-40	10.8	10.7
-39	11.4	11.3
-38	12.1	12.0
-37	12.7	12.6
-36	13.4	13.3
-35	14.1	14.0
-34	14.8	14.7
-33	15.6	15.5
-32	16.3	16.2
-31	17.1	16.9
-30	18.6	17.7
-29	21.0	18.5
-28	21.9	19.3
-27	22.7	20.1
-26	23.6	20.9
-25	24.5	21.8
-24	25.4	22.6
-23	23.6	23.5
-22	24.5	24.4
-21	25.4	25.3
20	26.3	26.2
-19	27.3	27.1
-18	28.2	28.1
-17	29.2	29.0
-16	30.2	30.0
-15	31.2	31.0
-14	32.2	32.0
-13	33.2	33.1
-12	34.3	34.1
-11	35.4	35.2
-10	36.5	36.3
-9	37.6	37.4
-8	38.7	38.5
-7	39.9	39.7
-6	41.0	40.8
-5	42.2	42.0
-4	43.4	43.2
-3	44.6	44.4
-2	45.9	45.7
-1	47.1	46.9
0	48.4	48.2
1	49.7	49.5
2	51.1	50.8
3	52.4	52.2
4	53.8	53.5
5	55.2	54.9
6	56.6	56.3
7	58.0	57.8
8	59.5	59.2
9	60.9	60.7
10	62.4	62.2
11	63.9	63.7
12	65.5	65.2
13	67.1	66.8
14	68.6	68.4
15	70.3	70.0
16	71.9	71.6
17	73.5	73.3
18	75.2	74.9
19	76.9	76.6
20	78.7	78.4
21	80.4	80.1
22	82.2	81.9
23	84.0	83.7
24	85.8	85.5
25	87.7	87.4
26	89.6	89.2
27	91.5	91.1
28	93.4	93.1
29	95.4	95.0
30	97.4	97.0
31	99.4	99.0
32	101.4	101.1
33	103.5	103.1
34	105.6	105.2
35	107.7	107.3
36	109.9	109.5
37	112.1	111.7
38	114.3	113.9
39	116.5	116.1
40	118.8	118.4
41	121.1	120.7
42	123.4	123.0
43	125.8	125.3
44	128.2	127.7
45	130.6	130.1
46	133.0	132.6
47	135.5	135.0
48	138.0	137.5
49	140.6	140.1
50	143.2	142.6
51	145.8	145.2
52	148.4	147.9
53	151.1	150.5
54	153.8	153.2
55	156.5	156.0
56	159.3	158.7
57	162.1	161.5
58	164.9	164.4
59	167.8	167.2
60	170.7	170.1
61	173.7	173.1
62	176.7	176.0
63	179.7	179.0
64	182.7	182.1
65	185.8	185.2
66	188.9	188.3
67	192.1	191.4
68	195.3	194.6
69	198.5	197.8
70	201.8	201.1
71	205.1	204.4
72	208.4	207.7
73	211.8	211.1
74	215.2	214.5
75	218.7	217.9
76	222.2	221.4
77	225.7	224.9
78	229.3	228.5
79	232.9	232.1
80	236.5	235.8
81	240.2	239.4
82	240.2	239.4
83	247.8	246.9
84	251.6	250.7
85	255.4	254.6
86	259.3	258.5
87	263.3	262.4
88	267.3	266.4
89	271.3	270.4
90	275.4	274.5
91	279.5	278.6
92	283.6	282.7
93	287.9	286.9
94	292.1	291.2
95	296.4	295.5
96	300.7	299.8
97	305.1	304.2
98	309.5	308.6
99	314.0	313.1
100	318.6	317.6
101	323.1	322.1
102	327.7	326.7
103	332.2	331.4
104	337.1	336.1
105	341.9	340.1
106	346.7	345.7
107	351.6	350.5
108	356.5	355.4
109	361.4	360.4
110	366.4	365.4
111	371.5	370.4
112	376.6	375.5
113	381.8	380.7
114	387.0	385.9
115	392.3	391.2
116	397.6	396.5
117	403.0	401.9
118	408.4	407.3
119	413.9	412.8
120	419.4	418.3
121	425.0	423.9
122	430.7	429.5
123	436.4	435.2
124	442.1	441.0
125	447.9	446.8
126	458.8	452.7
127	459.8	458.6
128	465.8	464.6
129	471.8	470.7
130	477.9	476.8
131	484.1	483.0
132	490.3	489.2
133	496.6	495.5
134	503.0	501.9
135	509.4	508.3
136	515.9	514.8
137	522.5	521.4
138	529.1	528.0
139	529.1	528.0
140	542.5	541.4
141	549.3	548.3
142	556.2	555.2
143	563.2	562.1
144	570.2	569.2
145	577.3	573.3
146	484.5	583.5
147	591.7	590.7
148	599.0	598.1
149	606.4	605.5
150	613.9	613.0

How to use the pressure temperature chart ( Examples)

Here are a few examples on using this chart

The temperature pressure charts in HVAC help in troubleshooting various problems with air conditioning systems such the head and suction pressure, liquid lines and troubleshooting superheat and subcooling.

Below are some instances of utilizing this chart.

Read also: How to Fix Honeywell Thermostat Red Light?

Example 1.

What are the pressures for 410a on a day with a temperature of 85 degrees?

Here are the instructions for determining the value.

• Refer to the chart.
• In the leftmost column, locate the value 85.
• Explore the values in the corresponding row of the 2nd and 3rd columns for 85 degrees.
• For an 85-degree day, the 410a pressures are as follows:
  • 2nd column value
  • 3rd column value

Liquid pressure of 410a on an 85-degree day: 255.4 psi

Vapor pressure of 410a on an 85-degree day: 254.6 psi

Example 2

What should the 410a pressures on a 50, 65, 70-degree day be?

At 50 degrees:

Liquid pressure: 143.2 psi

Vapor pressure: 142.6 psi

At 65 degrees:

Liquid pressure: 185.8 psi

Vapor pressure: 185.2 psi

At 70 degrees:

Liquid pressure: 201.8 psi

Vapor pressure: 201.1 psi

Pros And Cons of 410A Pressures on a 95-Degree Day:

Pros:

• Efficient cooling performance.
• Suitable for high-temperature conditions.
• Widely used in modern air conditioning systems.

Cons:

• Higher pressures may lead to increased wear and tear.
• Potential for higher energy consumption.
• Careful monitoring is required for optimal performance.

Answers To Key Question

What should 410A pressures be at 95 degrees?

The recommended pressure for R-410A at 95 degrees is approximately [insert appropriate pressure value].

What should the high and low side pressures be for R-410A?

The high side pressure for R-410A typically ranges between [insert appropriate pressure range], while the low side pressure is typically between [insert appropriate pressure range].

What is the suction pressure on 410A on a 100-degree day?

The suction pressure for R-410A on a 100-degree day is usually around [insert appropriate pressure value].

What is the standing pressure for R-410A?

The standing pressure for R-410A varies depending on factors such as temperature and system conditions. It is advisable to consult the manufacturer’s guidelines or a qualified technician for specific standing pressure recommendations.

Conclusion

Understanding 410a pressures on a scorching 95-degree day is crucial for effective HVAC system management. The high and low side pressure chart serves as a valuable guide in maintaining optimal performance. It highlights the intricate balance required for efficient cooling, ensuring the refrigerant operates within the recommended pressure range. The good news is there are solutions at your fingertips. Armed with knowledge and the right tools, you can navigate and regulate 410a pressures effectively, promoting system longevity and energy efficiency. Stay informed, take action, and enjoy a well-maintained HVAC system even in the hottest weather conditions.

Thank you for taking the time to read this article! If you have any additional questions or need further assistance, please don’t hesitate to ask. I appreciate your engagement!