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� <br /> Building Control System Point Summary Building Control System Point Summary <br /> System Name: Qty: System Name: Qty: <br /> Support Area Make-up Air Handling Unit � Central industrial Waste Sump Pumps 2 <br /> Description: anaiog Description: anaio <br /> Inputs Analog Outputs Digital Inputs Digital Outputs Network Alarms Remarks lnput s Analog Outputs Qigitai Inputs Digital Outputs Network Alarms Remarks <br /> Typical of Each Typical of Each <br /> Supply Fan Start/Stop 1 Pump Sta�/Stop 3 <br /> Supply Fan Proof � � Current Sensing Pump Proof 3 3 Current Sensing <br /> Relay Relay <br /> Supply Fan VSD 1 1 � Speed, plus add'I info Low Level Switch <br /> • via gateway (Pump Of�, 3 Pump <br /> Supply Airflow Monitoring � Float Switch 4 1 Enable Switches, <br /> Unit Alarm at Highest <br /> Supply Air Temperature 1 <br /> Pump Enable Switch <br /> Supply Air Duct Pressure � <br /> Sensor _ System Name: Qty: <br /> Outside Air Temperature 1 Submersible Industrial Waste Sump Pumps 4 <br /> Freeze Stat 1 1 Hardwired Shutdown Description: anaio <br /> g Analog Outputs Digital Inputs Digital Outputs Network Alarms Remarks <br /> Heating Coil Control Valve � inputs <br /> Typicai of Each <br /> Filter Pressure Differential 1 � Pump Sta�/Stop 1 <br /> Outside Air Damper 1 <br /> Pump Proof � � Current Sensing <br /> Relay <br /> System Name: Qt , Float Switch 1 1 High Level Alarm <br /> Y <br /> Single Duct VAV Terminal Unit 7 <br /> System Name: Qty: <br /> Description: anaiog <br /> Inputs Analog Outputs Digital Inputs Digital Outputs Network Alarms Remarks Elevator Submersible Sump Pumps 4 <br /> Typical of Each <br /> �@SCrIpt1011: Analag <br /> Airflow Sensor � Inputs Analog Outputs Digital inputs Digitai Outputs Neiwork Alarms Remarks <br /> Control Damper Position � Typical of Each <br /> Pump Sta�/Stop 1 <br /> S stem Name: Qt ; Pump Proof � � Relaent Sensing <br /> Y Y Y <br /> Hood Exhaust Fan 2 Oil Presence 1 1 <br /> Description: Anaiog Float Switch 1 1 High Level Alarm <br /> Inputs Analog Outputs Digital Inputs Digitai Outputs Network Alarms Remarks <br /> Typical of Each <br /> Exhaust Fan Sta�/Stop � <br /> Exhaust Fan Proof 1 � Current Sensing <br /> Relay <br /> Exhaust Fan VSD 1 1 � Speed, plus add'I info <br /> via gateway <br /> Exhaust Airflow Monitoring � <br /> Unit <br /> Exhaust Air Temperature 1 <br /> Exhaust Air Damper 1 <br /> Hood Control Damper 2 <br /> Exhaust Hood Control 2 <br /> Switch <br /> Filter Pressure Differential 2 2 <br /> System Name: Qt : <br /> Y <br /> DomesticlProcess Water Heating � <br /> Description: Ana�og <br /> Inputs Analog Outputs Digital Inputs Digital Outputs Network Alarms Remarks <br /> Typical of Each <br /> Water Heaters 2 2 <br /> Water Heater Control 2 <br /> Valve <br /> Water Heater Circulation <br /> Pump 2 <br /> Storage Tank Temp 1 <br /> Circulation Pump <br /> 1 <br /> Sta�/Stop <br /> Circulation Pump Proof � � Current Sensing <br /> Relay <br /> Process Water Supply � 1 <br /> Temperature <br /> Emergency Water Supply � 1 <br /> Temperature � <br /> Domestic Water Supply � 1 <br /> Temperature <br /> 900 SW 16th Street Suite 307 FSi consulting engineers <br /> Renton, Washington 98057 Solutions & Service � <br /> � <br /> _ � <br /> SYM REVISION BY APPROVED DATE SYM REVISION BY APPROVED DATE DRAWN DATE SUBTITLE CURRENT REVISION SYMBOL DATE o <br /> E, �qNF� ACCEPTABILITY cHECKE� 12122/15 CONTROLS POINTS LIST W2548317 O � 12/22/15 � <br /> '� THIS DESIGN AND/OR SHEET �n <br /> 0 ISSUED FOR CONSTRUCTION FSi 12/22/15 c� +'�i, 'P <br /> RED 12122115 0 <br /> � � ��'�,�P��' • '��. � SPECIFICATIONISAPPROVED <br /> ���,�� � ENGINEER TtTLE BOEING 777X CWC BUILDING <br /> p� APPROVED BY DEPT. DATE BSC 12/22/15 M � I ■ n N <br /> rn <br /> z°2 4° � �HE�KEo B U I L D I N G 40-58 L � <br /> o �F !STER� �'� N <br /> ,,, �� APPROVED ,106 NO. COMP NO. _ <br /> Fss�aNA; ��'�' Approver 40-058-M1i.2 ¢ <br /> APPROVED DWG NO. <br /> 12122/15 MECHANICAL MASTER EVERETT, WA 40-058-M1 i.2 <br />