Class I, Div 1, Groups B, C, D; Class II, Div 1, Groups E,F,G; Class III; T4T6, Enclosure type 4X Ex d IIC T4T6 AEx d IIC T4T6 Ex tb IIIC T100 C IP66 AEx tb IIIC T100 C IP66 Japanese Ex-d Certification: ND_E4 II 2 G Ex d IIC T6 Gb II 2 D Ex tb IIIC T80C Db Input: Ui 30 V Output: Ui 30 V, Pmax = device limits itself. 8 7 ND90 71 en Table 2 Approvals and electrical values, FOUNDATION fieldbus
6 7 3/8 KQ2T11-00A 15.4 20.4 28.1 15.6 9.9 8 4.2 28.8 23.8 7 10.2 1/2 KQ2T13-00A 19.3 23.4 33 17 11.8 8 4.2 64.6 50.6 9.6 16.9 Q Q 2 x O 2 x N M Q L1 L2 Q D D L1 M L1 M Note) D is maximum diameter.
LABEL -4-2 FIG. 4-3 OUTSIDE DRAWINGS OF HEC006 -4-3 FIG. 4-4 OUTSIDE DRAWINGS OF HEC012 -4-4 FIG. 4-5 CONSTRUCTION AND PRINCIPLE OF THERMO MODULE -4-5 FIG. 4-6 RECIRCULATING FLUID AND RADIATING WATER CIRCUIT -4-6 FIG. 4-7 ELECTRICAL DIAGRAM (HEC006) -4-7 FIG. 4-8 ELECTRICAL DIAGRAM (HEC012) -4-8 FIG. 5-1 COMPONENTS OF HEC006 -5-1 FIG. 5-2 COMPONENTS OF HEC012 -5-2 FIG. 5-3 OPERATION PANEL
8.2 Dimensions 8-3 DOC1001322 Chapter 8 Documents 8.3 Flow Diagram : Option D With electrical conductivity control only Fig. 8-2 Flow Diagram (HRS400-A-46-) 8.3 Flow Diagram HRS Series 8-4 DOC1001322 Chapter 8 Documents 8.4 Cooling Capacity Fig. 8-3 Cooling Capacity (HRS400-A-46-) 8.5 Pump Capacity 0.7 70 Circulating 0.6 60 fluid outlet 0.5 50 Pressure [MPa] Lifting head[m] Usable flow rate
/Z80 D-C73C/C80C RS H A 8 10 9 10 10 11 D-C7 D-C80 10 15 50 50 + 45 (n2) D-B5/B64 8 10 13 4 8.5 9 14 4.5 9 10 14 5 10 10 14 6 9.5 11 17 6.5 10.5 11 16 6.5 10.5 11 18 7 11 9 10 9 10 10 11 11 11 9 10 10 11 RZQ 15 + 45 ( ) n2 2 D-H7 D-H7W D-H7BAL D-H7NF D-B59W 13 (n = 2, 4, 6, ) D-H7/H7NF/H7W/H7BAL 4 10 15 60 60 + 45 (n2) MI W S D-H7C 7 D-A3/A44 D-G39/K39 8 CEP1 D-C73C D-C80C D-H7C 10 15 65
-2 Fig. 4-4 Electrical diagram -4-3 Fig. 4-5 Circulating fluid circuit -4-3 Fig. 5-1 HEC002-A -5-1 Fig. 5-2 HEC006-A -5-1 Fig. 5-3 Air Filter -5-2 Fig. 5-4 Top view -5-2 Fig. 5-5 Operation panel-5-3 Fig. 5-6 Display -5-3 Fig. 5-7 Reservoir Cap -5-4 Fig. 6-1 Cooling capacity -6-2 Fig. 6-2 Heating capacity -6-2 Fig. 6-3 Pump capacity -6-3 Fig. 9-1 Alarm indication in the event ERR14 arises
Remote off alarm 5 Fig.6-4 occurrence 6.1 How to Identify Alarm 6-1 A_HEC-OM-K001-1.7 Chapter 6 Alarms 6.2 Alarm indication BLINK E R R 1 4 T h e r m o s t a t A l a r m M O D E < S h u t o f f Fig. 6-1 Alarm indication in the event ERR14 occurs BLINK E R R 1 4 P B R a n g e M O D E < 2 . 0 C Fig. 6-2 Alarm indication in the event ERR14 occurs during PB range setting input LIGHT W R N P
Band 8-30-40 DGrommet Rail 8-30-41 Grommet Tie-rod -X Water (coolant) resistant type D-H7BAL D-G5BAL D-F7BAL D-F7BAVL D-F5BAL D-F9BAL D-Y7BAL 8-30-42 20Band Grommet Water resistant 2-color indication 8-30-43 Solid state switch Data 8-30-44 Rail Grommet Tie-rod Grommet 8-30-45 Direct Grommet 8-30-46 With built-in OFF-delay timer (200 ms) D-G5NTL D-F7NTL D-F5NTL D-M5NTL/M5PTL 8-30-47 Grommet
E E CRQ2X MSQX L L MRQ K K D B C G G D B C N N 1 M T T M 25.5 (34.5: Connector type) 2 x R Auto switch 2 x R Y Y Auto switch W W1 Size: 20, 30 Size: 40 W W 2 67 8 8 15 32.5 When D-M9m is used 65 4 *1.
Mode button 1s Set button 1s or Mode button 1s Set button 1s B D C Fig. 40 No.DIG-31900-OM002 49 B Mode button 1s Set button 1s or Mode button 1s Set button 1s P constant I constant D constant Fig. 40-1 C Mode button 1s Set button 1s or Mode button 1s Set button 1s P constant I constant D constant Fig. 40-2 D Mode button 1s Set button 1s or Mode button 1s Set button 1s P constant
Fig. 10-8 Retaining Screws O N O N 1 2 1 2 3 4 5 6 SW3 SW2 Fig. 10-9 SW3 and SW2 DIP switches When the DIP-Switches have been set ensure the M12 connector block and all retaining screws are refitted.
) 3 FE 4 24V(US1) 5 24V(US2) 7/8 (XD1) 7/8 (XD2) Fig. 7-7 EX245-FPS3 29 No.EX##-OMY0006CN PROFINET 1 TX 2 RX (XF1/XF2) Fig. 7-8 EX245-FPS1 1(XF1) 2(XF2) MDI MDI-X 1 TD+ RD+ 2 TDRD3 RD+ TD+ 4 5 6 RDTD7 (XF1/XF2) 8 Fig. 7-9 EX245-FPS2 1(XF1) 2(XF2) MDI MDI-X 1 TD++ RD++ 2 RD++ TD++ 3 TD-RD-4 RD-TD-M124D code Fig. 7-10 EX245-FPS3 30 No.EX##-OMY0006CN EX245-FPS2/3Auto-negotiation Fig
8 6 D-M9/D-F9W 5 4 D-Z7/Z80 9 9 11 A B D-Y59/Y7P D-Y7W 6 6 6 Switches cannot be mounted in some cases.
M O D E N o r m a l Fig.8-3 Alarm indication in the event temp. upper and lower limit arises 8-2 Alarm 8.3 How to reset alarm The alarm can be reset in the following manner.
(P.29~32) < Applicable Auto switches > Solid state switch D-M9N(V)M9P(V)M9B(V) D-M9NW(V)M9PW(V)M9BW(V) D-M9NA(V)M9PA(V)M9BA(V) Reed switch D-A90(V)A93(V)A96(V) How to mount and move the auto switch Fig. 8 Attach the auto switch mounting bracket to the cylinder tie rod so that the bottom surface of the auto switch mounting bracket contacts the cylinder tube.
Single flat Single flat D D D D D D D D C Single flat Single flat (mm) Size 15 9 18 20 10 20 30 13 22 40 15 30 10 8 14 C D Notes) Only side ports are available except for basic type. Dimensions and tolerance of the shaft and single flat (a parallel keyway for size 40) are the same as the standard.
Single flat Single flat D D D D D D D D C Single flat Single flat (mm) 15 9 18 20 10 20 30 13 22 40 15 30 10 8 14 Size C D Note 1) Only side ports are available except for basic type. Note 2) Dimensions and tolerance of the shaft and single flat (a parallel keyway for size 40) are the same as the standard.
Single flat Single flat D D D D D D D D C Single flat Single flat (mm) 15 9 18 20 10 20 30 13 22 40 15 30 10 8 14 Size C D Note 1) Only side ports are available except for basic type. Note 2) Dimensions and tolerance of the shaft and single flat (a parallel keyway for size 40) are the same as the standard.
Single flat Single flat D D D D D D D D C Single flat Single flat (mm) 15 9 18 20 10 20 30 13 22 40 15 30 10 8 14 Size C D Note 1) Only side ports are available except for basic type. Note 2) Dimensions and tolerance of the shaft and single flat (a parallel keyway for size 40) are the same as the standard.
Mode button 1s Set button 1s or Mode button 1s Set button 1s Fig. 41-1 No.IP8S-OM09 57 Mode button 1s Set button 1s or Mode button 1s Set button 1s P constant I constant D constant Fig. 41-2 Mode button 1s Set button 1s or Mode button 1s Set button 1s P constant I constant D constant Fig. 41-3 Mode button 1s Set button 1s or Mode button 1s Set button 1s P constant I constant