Siemens – 6BK1700-2AA80-0AA0

PCS7 PUMP-MONITORING; SINGLE- LICENSE; ENGINEERING-SW (AS+OS) ON CD INCL.RT-LICENSE (COL) FOR 5 PUMPS SYSTEM REQUIREMENT: PCS7 V6.1 PCS7 V7.0 OR PCS7 V7.1

TOOL FOR AUTOM. BACKUP AND RESET OF OPERABLE OS-PARAMETERS IN A PCS 7 INSTALLATION RUNTIME LICENSE TO RUN THE SOFTWARE ON ONE SINGLE SERVER OR ON A REDUNDANT SERVER PAIR. SYSTEM REQUIREMENTS: PCS 7 V6.1 SP1 OR PCS 7 V7.0 OR PCS 7 V7.0 SP1

PARTIAL STROKE TEST (PST) WITH S7-400FH AND SIMATIC PCS 7 V7.0 RUNTIME LICENSE FOR ONE ADDITIONAL AS, 1-LANGUAGE (ENGLISH) FORM OF DELIVERY: SINGLE LICENSE FOR 1 INSTALLATION

SIMATIC PCS 7 HVAC LIBRARY V3.1 ENGINEERING AND SINGLE RT LICENSE

SIMATIC PCS 7 HVAC LIBRARY V3.0 ENGINEERING AND SINGLE RT LICENSES.

SIPLUS HCS300I CURRENT/ VOLTAGE DETECTION MODULE (UM) I = 2.4 - 25 A

SIPLUS HCS716I SUBRACK - VERSION EXPANSION RACK NARROW - FOR INTEGRATION OF MAX. 4 POWER MODULES LA716, LA716I AND LA716I HP. EACH L-MODULE IS CONNECTED VIA DIRECT CONNECTOR ON A BUS BOARD, WHICH IS MOUNTED ON THE REAR OF THE SUBRACK.

SIPLUS HCS716I FAN UNIT WITH 1 FAN USE: FOR COOLING THE SUBRACK MOUNTING FRAME NARROW VERSION OR EXPANSION RACK

SIPLUS HCS724I CURRENT TRANSFORMER MODULE SM724I MAY BE USED OPTIONALLY WITH LA 724I SSR (MLFB: 6BK1700-2BA10-0AA0) FOR ERROR DIAGNOSTICS IN HEATERS CONNECTED IN PARALLEL.

SIPLUS HCS724I LA724I SSR POWER OUTPUT MODULE FOR CENTRAL INTERFACE MODULE ZA724I (ORDER.-NR:6BK1700-2BA30-0AA0) NOTE: ALL CONNECTORS FOR CONNECTING THE LA724I SSR ARE NOT INCLUDED IN THE SCOPE OF SUPPLY AND CAN BE ORDERED SEPARATELY.SEE PMD FOR CONNECTING INFO:CONNECTOR FOR 24 V SUPPLY ORDER NUMBER: A5E00210675 CONNECTOR FOR CONNECTING SSR ORDER NUMBER: A5E00043661 CONNECTOR FOR SM 724 I ORDER NUMBER: A5E00210670 CONNECTOR FOR PHASE LX ORDER NUMBER: WKF:40018384

***SPARE PART*** COMMUNICATIONS MODULE LOGO! COMMUNICATIONS MODULE LON AS INTERFACE BETWEEN LON AND LOGO! PS 24 V DC/AC REALISATION USING BUS WITH MAX.: 16 DI, 12 DO AND 8 AI

SIPLUS CMS2000 - BASIC UNIT VIB; 2 IEPE VIBRATION ACCELERATION CHANNELS; 2 ANALOGE INPUTS FOR PROCESS VALUES; 1 DIGITAL INPUT FOR ROTATION SPEED MEASUREMENT; 3 DIGITAL OUTPUTS FOR SYSTEM- AND LIMIT MONITORING