Search Results: 18-HE82D1-2B-EN

BAS-PTS035A-EN_12062024

Symbio™ 800 Integration Points List BACnet®RTWD (CH530) Date: 12/6/2024 Reference Document: BAS-SVP083*-EN Object IdentifierObject Name Description Units Configuration Dependency 1 Active Cool/Heat Setpoint Temperature Active chiller water or hot water setpoint. Temperature 2 Active Current Limit

PKGR-SVN002A-EN_06032025

Document Title:	Full Perimeter Roof Mounting Curb, Models BAYCURB051, Used With: DC, TC, WC, YC, A5PA, A5PG, A5PH* 042-060
Publication Type:	Installation
Publication Date:	2025-06-03

History• Updated clearance and dimension drawings.• This document supersedes 18-HE38D10-5*-EN. Introduction https://www.p65warnings.ca.gov/ https://www.p65warnings.ca.gov/ 4 PKGR-SVN002A-EN General Information . . . . . . . . . . . . . . . . . . . . . . . . . 5 Installation

ACC-SVN203E-EN_08232024

Document Title:	0 to 100% Low Leak Economizer — Downflow - Foundation™ Packaged Cooling and Gas/Electric
Publication Type:	Installation
Publication Date:	2024-08-23

2 3 Figure 15. Economizer parts – factory installed 1 10 4 5 9 7 6 8 Bag with items 11, 12, 13, 14, 15 and 16 ACC-SVN203E-EN 11 Economizer Controller Notes: • At power up or after a power outage or brownout (or if power goes below 18 Vac), the controller begins a 5 minute power up delay before

RT-PRC060N-EN_12032022

standard.(b) Optional field-installed MERV 13 filters available.(c) Refrigerant charge is an approximate value. For a more precise value, see unit nameplate and service instructions. 18 RT-PRC060N-EN Table 2. General data — heating performance – 15 to 25 tonsHeating Performance 15 Tons 17.5 Tons(a

ACC-SVN322A-EN_01122025

Document Title:	Vertical and Horizontal Power Foundation™ Packaged Rooftop Units Cooling and Gas/Electric 7.5 to 12.5 Tons 208/230V Single Phase, 460V Three Phase
Publication Type:	Installation
Publication Date:	2025-01-12

, adjusted or altered equipment by an unqualified person could result in death orserious injury. When working on the equipment, observe all precautions in the literature and on the tags, stickers, and labels that are attached to the equipment. January 2025 ACC-SVN322A-EN Installation

SO-SVN019A-EN_08312023

Installation Figure 15. Intermediate oil pressure transducer location Location of Intermediate Oil Pressure Transducer Figure 16. Solenoid stems Leave Solenoid Stems Capped 16 SO-SVN019A-EN Installation Figure 17. Piping modifications Figure 18. Fitting installation for suction transducer in the suction line

RT-PRC020-EN_02012003

Document Title:	Package Two Stage Gas - Electric Units Convertible Models YCZ036,050,060F1,3, 4, 5 Ton
Publication Type:	Product Catalog or Quick Reference Guide
Publication Date:	2003-02-01

set on the ICM Fan Control board by dip switches#5 and #6. The delay settings of the blower are as follows: 22-1684-03-0203 (EN) 17 OptionalEquipment BAYECONO73A Horizontal Economizer and Rain Hood From Dwg. 21D662056 Rev. 0 18 22-1684-03-0203 (EN) Economizer Pressure Drop — (Return Air Restriction 0

COR-SVN002C-EN_01302026

Document Title:	Uncased Vertical Aluminum Upflow Coils - 5AXA
Publication Type:	Installation
Publication Date:	2026-01-30

refrigerants are calculated at sea level. For altitudes above 2625 ft, the minimum conditionedarea must be adjusted by the corresponding altitude adjustment factor (AF) shown in the reference table. Downflow Installation 18 COR-SVN002C-EN WiringThe MCB must be wired to the furnace, thermostat

COR-SVN003C-EN_05252026

Document Title:	Cased Aluminum Convertible Coils, 5TXC
Publication Type:	Installation
Publication Date:	2026-05-25

Cleaning and Condensate Drain Maintenance Guidelines – Service Guideline (UN-SVG001*-EN) for important information on cleaningcoils with chemical treatments. Installation 18 COR-SVN003C-EN WiringThe Mitigation Control Board (MCB), Figure 29, p. 23, mustbe wired to the furnace, thermostat, and outdoor

SS-PRC049A-EN_08112024

Application Considerations 18 SS-PRC049A-EN Selection ProcedureCooling Capacity 1. Calculate the building’s total and sensible cooling loads at design conditions, using standardizedcalculation methods. 2. Size the equipment using the gross cooling capacity tables. Match the cooling loads at