Pressure Table, High Capacity Cooling | Bard CH4S1, CH5S1, CH3S1

TABLE 10

PRESSURE TABLE

HIGH CAPACITY COOLING

MODEL	RETURN AIR	PRESSURE	75oF	80oF	85oF	90oF	95oF	100oF	105oF	110oF	115oF
MODEL	TEMPERATURE	PRESSURE	75oF	80oF	85oF	90oF	95oF	100oF	105oF	110oF	115oF
	TEMPERATURE
	75° DB	LOW SIDE	134	134	134	135	137	138	140	143	146
	62° WB	HIGH SIDE	298	318	339	363	388	415	445	476	510
CH3S1	80° DB	LOW SIDE	143	143	143	144	146	148	150	153	156
CH3S1	67° WB	HIGH SIDE	306	326	348	372	398	426	456	488	523
	67° WB	HIGH SIDE	306	326	348	372	398	426	456	488	523
	85° DB	LOW SIDE	148	148	148	149	151	153	155	158	161
	72° WB	HIGH SIDE	317	337	360	385	412	441	472	505	541
	75° DB	LOW SIDE	131	133	135	137	138	139	139	140	140
	62° WB	HIGH SIDE	308	332	356	380	406	431	456	483	509
CH4S1	80° DB	LOW SIDE	140	142	144	146	148	149	149	150	150
CH4S1	67° WB	HIGH SIDE	316	340	365	390	416	442	468	495	522
	67° WB	HIGH SIDE	316	340	365	390	416	442	468	495	522
	85° DB	LOW SIDE	145	147	149	151	153	154	154	155	155
	72° WB	HIGH SIDE	327	352	378	404	431	457	484	512	540
	75° DB	LOW SIDE	130	131	131	132	134	135	137	138	140
	62° WB	HIGH SIDE	336	359	381	406	430	455	482	510	538
CH5S1	80° DB	LOW SIDE	139	140	140	141	143	144	146	148	150
CH5S1	67° WB	HIGH SIDE	345	368	391	416	441	467	494	523	552
	67° WB	HIGH SIDE	345	368	391	416	441	467	494	523	552

	85° DB	LOW SIDE	144	145	145	146	148	149	151	153	155
	72° WB	HIGH SIDE	357	381	405	431	456	483	511	541	571

Low side pressure ± 2 PSIG High side pressure ± 5 PSIG

Tables are based upon rated CFM (airflow) across the evaporator coil. If there is any doubt as to correct operating charge being in the system, the charge should be removed, system evacuated and recharged to serial plate instruction.

TABLE 11

PRESSURE TABLE

LOW CAPACITY COOLING			AIR TEMPERATURE ENTERING OUTDOOR COIL DEGREE F

MODEL	RETURN AIR	PRESSURE	75oF	80oF	85oF	90oF	95oF	100oF	105oF	110oF	115oF
MODEL	TEMPERATURE	PRESSURE	75oF	80oF	85oF	90oF	95oF	100oF	105oF	110oF	115oF
	TEMPERATURE
	75° DB	LOW SIDE	139	140	141	142	143	145	147	149	151
	62° WB	HIGH SIDE	259	284	308	333	359	385	410	438	464
CH3S1	80° DB	LOW SIDE	149	150	151	152	153	155	157	159	161
CH3S1	67° WB	HIGH SIDE	266	291	316	342	368	395	421	449	476
	67° WB	HIGH SIDE	266	291	316	342	368	395	421	449	476
	85° DB	LOW SIDE	154	155	156	157	158	160	162	165	167
	72° WB	HIGH SIDE	275	301	327	354	381	409	436	465	493

	75° DB	LOW SIDE	137	137	139	140	141	143	144	146	147
	62° WB	HIGH SIDE	281	301	323	345	370	394	419	447	475
CH4S1	80° DB	LOW SIDE	146	147	149	150	151	153	154	156	157
CH4S1	67° WB	HIGH SIDE	288	309	331	354	379	404	430	458	487
	67° WB	HIGH SIDE	288	309	331	354	379	404	430	458	487
	85° DB	LOW SIDE	151	152	154	155	156	158	159	161	162
	72° WB	HIGH SIDE	298	320	343	366	392	418	445	474	504
	75° DB	LOW SIDE	136	137	139	141	142	143	144	145	145
	62° WB	HIGH SIDE	293	316	340	364	389	413	439	464	489
CH5S1	80° DB	LOW SIDE	145	147	149	151	152	153	154	155	155
CH5S1	67° WB	HIGH SIDE	300	324	349	373	399	424	450	476	502
	67° WB	HIGH SIDE	300	324	349	373	399	424	450	476	502

	85° DB	LOW SIDE	150	152	154	156	157	158	159	160	160
	72° WB	HIGH SIDE	311	335	361	386	413	439	466	493	520

Low side pressure ± 2 PSIG High side pressure ± 5 PSIG

Manual	2100-455A
Page	24 of 25

CH3S1, CH5S1, CH4S1 specifications

Bard CH3S1, CH4S1, and CH5S1 represent a formidable trio of advanced technologies in the field of AI-driven natural language processing. These models are designed to facilitate seamless communication, enhance productivity, and deliver personalized experiences across various applications.

One of the main features of the Bard CH series is its ability to understand and generate human-like text. This is achieved through deep learning algorithms that analyze vast datasets to learn language patterns, context, and nuances. The CH3S1 model, for instance, excels in basic conversational tasks, making it suitable for customer support, virtual assistants, and simple content generation. Its training allows it to respond efficiently to user inputs while maintaining clarity and engagement.

As we progress to the CH4S1 model, we observe significant enhancements in contextual understanding. This model can handle more complex conversations, making it adept at tasks requiring greater cognitive processing, such as technical support and nuanced dialogue-based applications. The increased parameter count and refined training methods contribute to its ability to grasp intricate sentence structures and varied linguistic styles, leading to more coherent and relevant responses.

Building upon the capabilities of its predecessors, the CH5S1 model represents the pinnacle of the Bard CH series. It integrates advanced features such as multi-modal processing, allowing it to work with text, images, and even sound. This model is engineered to perform in more specialized fields, such as healthcare, legal, and creative writing, where precise language and context are critical. The CH5S1 leverages feedback loops from real-time interactions to continuously improve its understanding and output, making it not only a tool for communication but also an intelligent partner for businesses and individuals alike.

In terms of technology, all three models utilize transformer architecture, which has proven effective in tasks requiring attention and context retention. They also implement reinforcement learning techniques to adapt and refine their models based on user engagement data. Furthermore, security and data privacy are prioritized, with strict adherence to ethical AI guidelines to ensure user trust.

Overall, the Bard CH series signifies a leap forward in artificial intelligence, combining advanced linguistic capabilities with a user-centric approach, thus redefining how we interact with machines and enhancing our digital experiences.

PRESSURE TABLE

HIGH CAPACITY COOLING

LOW CAPACITY COOLING

CH3S1, CH5S1, CH4S1 specifications