PRELECO Industrial Relays MR-C Series Dade Fle tes OES triad OR eee he gh ates.RELECO @ Releco Industrial Relays Plug in Relays * Octal and 11-pin plug-in * 2 and 3 pole Sensitive Relays * 1,2 and 3 pole * 250, 500 and 800 mW coll Magnetic Latching Relays * 11-pin plug-in * 2 pole 4 pole General Purpose Relays * Flat Blade 2,8 x 0,5 mm * 10 Amp Power Relays Flat Blade 4,8 x 0,5 mm * 15 Amp Time Cube * adds timer function to relays * plugged in between relay and socket * for octal and 11-pin plug in versions * Functions: On delay Off delay One shot leading edge (2 types) Blinker * Multi time range * Patented Coding system the German Industrie Form for its out- standing Industrial Design. a fx: Cube has been awarded by Releco Relay sockets * for Plug In Relays for Fiat Blade Relays for Power Relays * Universal mounting Integrated labels * Patented Coding system This catalogue contains standard items only. For other versions and modifications, contact your nearest Releco Distributor.MR-C a The IDM-Concept @ The connection cables are welded to the = Barriers and channels between contacts The relay coil is encapsulated. contact blades and then are moulded into - as standard give optimum creepage the armature assembly. distance and goad arc protection. The patented coding ring ensures only in- The relay top features; acolourcoded and Patented base series: S2-B, S3-8 stallation of correct unit takes place. protected Push To Test button, electrical European patent Na.: EPO 093 628 B1 and mechanical status indicators, labelling possibilities and retaining clip which cou- bles as a Hold On clip for test purposes. Multiole mounting options on either DIN rail The solid internal conductors are routedfor The wire inlets are large and in line. or by screws. optimum creepage distances and are pro- duced in a one piece, no soldering - no welding method. Fast - easy - safe - convenient -economical - Full Featured for more profit!RELECO Models Item Description Version/function Supply voltage Page C2-A2... Relay Octal Tube Base 2 pole 10A AC and DC 10...14 Ce-B2... Relay Octal Tube Base 2 pole 10 A AC/DC 10...14 C3-A3... Relay 11-pin Tube Base 3 pole 10 A AC and DC 12...13 C3-B3... Relay 11-pin Tube Base 3 pole 104A AC/DC 12...13 C3-E1... Relay 11-pin Tube Base 1pole 4A DC 14,..15 C3-N1... Relay 11-pin Tube Base 1 pole 4 A DC 14...15 C3-N2... Relay 11-pin Tube Base 2pole4A DC 14.,.15 C3-R2... Relay 11-pin Tube Base 2 pole i0A AG 16...17 C3-S2... Relay 11-pin Tube Base 2pole 4A DC 14.15 C3-S3... Relay 11-pin Tube Base Spale 4A DC 14...15 C4-A4... Relay 14-pin Square Base 4pole 10 A AC and DC 18...19 C4-B4... Relay 14-pin Square Base 4 pole 10A AC/DC 18...19 C5-AS... Relay 11-pin Square Base 3 pole 15 A AC and DC 20...21 C5-B3... Relay 11-pin Square Base 3 pole 15 A AC and DC 20...21 CT2-A... Time Cube Octal Tube Base Off-Delay AC/DC 22...23 CT2-B... Time Cube Octal Tube Base Blinker AC/DC 22...23 CT2-E... Time Cube Octal Tube Base On-Delay AC/DC 22...23 CT2-K... Time Cube Octal Tube Base One-shot AC/DC 22...23 CT2-W... Time Cube Octal Tube Base One-shot AC/DC 22...23 2 CT3-A... Time Cube 11-pin Tube Base Off-Delay AC/DC 24...25 CT3-B... Time Cube 11-pin Tube Base Blinker AC/DC 24...25 CT8-E... Time Cube 11-pin Tube Base On-Delay AC/DC 24...25 CT3-K... Time Cube 11-pin Tube Base One-shot AC/DC 24,..25 CT3-W... Time Cube 11-pin Tube Base One-shot AC/DC 24,..25 $2-B Socket Octal Tube Base 26...27 $2-5 Socket Octal Tube Base 26...27 $3-B Socket 11-pin Tube Base 26...27 $3-8 Socket 11-pin Tube Base 26...27 $4-B Socket 14-pin Square Base 28...29 $5-S Socket 11-pin Square Base 28...29 Relay Part Numbering Key C4-A40F P X / 24VDC : | | i ' | | Nominal voltage ( U,) | Type of relay | | C2 = Octal Tube Base 7 C3 C4 @ | | 11-pin Tube Base P| 14-pin Square Base (2,8 x 0,6mm) | ! | | l 11-pin Square Base (4,8 x 0.6mm) X= LED/Neon Indicator Mounting Option P = Pins for PCB Coil type A = Standard, AC or OC Coil features (additions to the coil) B = AC/DC cail with bridge rectifier . D = Free Wheeling Diode E = Sensitive, 500 mW se F = Polarity- and Free Wheeling Diode N = Sensitive, 800 mW R= Latching S = Sensitive, 250 mw Contact materials QO = AgCdO10 (standard on C2-A/C3-A) 3 = Ag+5u Au (GP) 4 = Ag+0,2u Au (GF, "E'/"N'/"S only) 5 = Ag+ 10u Au (GP) Number and form of contacts 7 == AgCdO10 + 5u Au (GP) 1 = 1 pole (SPDT) 8 = AgCdO10 + 10u Au (GP) 2 = 2pole (DPDY) 9 = AgCdO10 + 0,2u Au (GF) @ 3. = 3pole (3POT) fo GP = Gold plated (5 or 10u) 4 = 4pole (4PDT) so GF = Gold flashed (0,2u)MR-C General information Ambient temperatures Operating temperature: -20C.. 460C Storage temperature: -20C....+ 100C Dielectric Strength Values measured in accordance with IEC norms: C2/3/4. C5 Coil/contact > 2500 2500 Vims Coil/frame > 2500 2500 Vims Contact/contact 2 2500 2500 Vims NO/NC 2 1000 1000 Vims Insulation resistance Higher than 1 500 MQ, measured with 1000 V DC between all live parts and the frame. Materials All materials being used are self extin- guishing, such as: Polyggrbonate (Lexan), Polyphenyloxide cl )and Polybutylene terephthalate (Valox). These are high per- formance materials for electrical equiament and withstand temperatures up to +130C without deformation. Coil features Coil B Built-in rectifier bridge allows the coil to be energized in both AC and OC circuits. Acts also as a Free Wheeling Diode with no polarity inconvenience. Increases release time approximately 3 times. Available for voltage up to 48 V. a Coil data Coil resistance The tolerance of the coil resistance will be within + 10% ofthe specified value at +20C. Coil A-version Standard voltage VAC: 24, 48, 115%, 230 VDOC: 12, 24, 48, 170 Other voltage upon request. Table 1: C2/C3-"A" coils at 20C 10% un; R | i i un] Rf : Vac Q ; mA} Vde Q | mA 6) 5; 370, 6 28 216 12 18,183, 12, 110 108 24 70: 92: 24: 440. 54 48) 290 46, 48) 1770, 27 60} 430, 37|| 60! 2770; 22 | 115*| 1700) 19, 110} 9300 12 | 230*) 7400) 10 | | Table 2: C4/C5- "A" coils at 20C 10% I UN | RB | Un! & Li Vac | Q | mAl| Vdc | 2 | mAj 6 4| 383 6 24 | (250, 12 16,192|, 12 96 | 125) 24 66 96 24. 384, 63 48 | 280) 481 48| 1530. 31. 60 | 410; 38: 60! 2400 25 415*| 1650' 201} 110!) 8070) 14 ' 230*| 7200; 10 "115 VAC-Eurostandard 110... "230 VAC-Eurostandard 220 ... 120 VAC 240 VAG Code D (DC only) Free Wheeling Diode. Connected in parai- lel with the coil. It is used when the relay is energized through semi-conductors in or- der to dampen the peaks of inverse polar- ity, generated in the coil when being switched-off. The release time increases approximately 4 times. Coil B-version Standard voltage VAC/DG: 6, 12, 24, 48 Other voltage upon request. Coil E/N/S-version Standard voltage E. 6, 12, 24, 48, 60 VDC N": 6,12, 24, 48, 60, 110 VDC S": 6, 12, 24, 48 VOC Other voltage upon request. Coil R-version Standard voltage VAC/DC: 6, 12, 24, 48 Tne DC-coils are designed for pulse-opera- tion with a maximum pulse length of 300 seconds. AC-coils are for permanent opera- tion. Other voltage upon request. Coil temperature The coils are designed to be permanently energized. The temperature rise in the coil when per- manently energized at nominal voltage is: At AC: ATae = +45C At DC: ATde = +35C The actual coil temperature (Teg) at ambi- ant temperature (Ta) is: Toot = Ta + ATac or Ta + ATde Allcoils, except the DC-versions of "R" coils, are designed to withstand a permanent con- nection at a maximum ambient temperature of +60C and 1,10 x Uy. Code F (DC only) Polarity and Free Wheeling Diodes. A second diodein series with the coil, protects against short-circuit in case of wrong po- larity of power. The voltage applied to the coil decreases by 0,7 volts. l al e.g. Relay C2-B20/24VAC/DC e.g. Relay C4-A40D/24VDC - 1 a.g. Relay C3-A30F/48VDCContact Materials Ag - Fine/Hard Silver Due to its suoerior electrical conductivity, fine silver is well suited for switching moder- ate to high loads. Silver contacts become easily tarnished from corrosive elements in the air. Adverse effects can be avoided, however, by switching relatively high voltage and by selecting a switching frequency that is Not too low, AgCd010 - Silver Cadmium Oxide The alloying of CdO to silver, provides a welding than fine silver alone. AgCdO10 is well suited for switching high loads with inductive or capacitive Components. 0,2u Au - Gold-flashed The gold-flash only extends shelf life and does not improve the contact performance. 5u/10u Au - Gold-plated Gold plating improves contact conductivity RELECO The gold layer is not influenced by low and medium loads, but when switching high loads the gold layer can be destroyed. If the gold layer is destroyed, however, the con- tact will still retain the switching characteris- tics of the underlying material (see above). The use of gold-plated contacts is correct when the switching loads can vary over a wide range. Very low-load and no-load (dry contact) switching should be avoided. corrosiveinfluences. Arcing must be avoided in order to conserve the gold layer. higher resistance to contact burning and Table 3: Contact materials | Material Application Atmospheric reaction Characteristics Oxidation | Sulpnurous AgCd010 Universal contact with good per- - resistant tarnished | Silver Cadmium Oxide contacts have low tendency to forrnance an inductive loads. weld. Good wear off resistance with high loads. Arc extinguishing properties. Recommended at: > 50mA/24V AC/DC Option Code 0 < 10A/230V AC Ag + 5u Au Lowcurrent and voltage e.g. for | resistant resistant | Almost constant contact resistance, high reliability at (GP} : PLC-signais low switching levels. Recommended at: > 10 mA/24 VAC / DC Option Code 3 <5A/230 VAC Ag + 0,2u Au Low current and voitage e.g. for | resistant resistant . Almost constant contact resistance, high reliability at (GF) PLC-signals low switching levels. The gold-flash only extends shelf life and does not improve the contact performance. Recommended at: > 10 mA/24 VAC / OC Option Code 4 < 5A/230 VAC Ag + 10u Au Low current and voltage e.g. for | resistant resistant | Almost constant contact resistance, high reliability at (GP) PLC-signals | low switching levels. Recommended at: > 10 mA/24 VAC / DC Option Code 5 < 5 A/ 230 VAC AgCd010 + Universal contact for low signal | resistant resistant | Almost constant contact resistance, high reliability at Su Au to high current and voltage low switching levels (GP) . switching including inductive Recommended at: > 10 mA/ 24 VAC / DC Option Cade 7 loads. , < 10 A/ 230 VAC AgCd010 + , Universal contact for low signal | resistant resistant | Silver Cadmium Oxide Gold Plated has almost constant 10u Au to high current and voltage | contact resistance and high reliability at low switching (GP) : switching including inductive - level. ' loads. Recommended at: > 10mA/ 24VAC/ DC Option Code8 < 10A/ 230 VAC AgCd010 + - Universal contact with gold | resistant resistant | Almost constant contact resistance, good arc extinguishing 0,2u Au flashed protection. : ' capabilityon AC, secunty against contact welding, resistance (GF) | against erosion. The gold-fiash only extends sheif life and , does not improve the contact performance. | Recommended at: > 50 mA/ 24 VAC / DC Option Code 9 < 10A/ 230 VACMR-C Contact protection Table 4: Maximum breaking capacity, DC (voltage vs, current} Contact protection is recommended when switching reactiveload. in Amp. 1. 2 or 3 contacts in series. Here are four different principles of protection: + o C2/3/4 Resistive load Inductive load L/R=30ms L L acoc 7 5 ne eh ae | 16 | 2 | 3c | ic | 2c | 3 Lege -o-44 24 | 100 | 100 | 10,0] 7,0 7,0} 7,0 alternative 48 20 | 70 | 100! 09 6,0 7,0 60 1,3 5,0 10,0 0,7 3,5 7,0 I L L 110 05 : 4,9 4,0 0,3 1,0 2,6 AC/OC | AC/DC 220 02. 06 08); 072) 03 0,6 x AL AL - cs Resistive load Inductive load L/R=30ms Tne values of R and C can be calculated with following: Vdc 1c 20 3C iG 26 3C 1 TA 24 15,0 | 15,0 15,0} 10,0 10,0 10,0 C [uF] = (nad FAL R (Q] > UM 48 2,0 8,0 15,0 15 7,0 12,0 10 | U [VJ 60 13} 50 | 15,0; 1,0 4,0 | 12,0 mx RP, (Q] +10 0,6 19 4,0 0,3 1,0 2,6 220 02 |; 06 08; 0,42) 08 0,6 Inox 2S Per table 4 Table 5: Electrical life, AC Table 6: Electrical life, DC Values valid for relays without diodes in parallel with the coil. 7 7 aX i 0 C2, C3, C4 a a s 5 cos 9 0.85 8 g g S S 108 108 inductive load _/R=30ms 109 } 10 | 0 0.5 1.0 15 2.0 [kvAl 0 50 100 150 200 Table 7: Breaking capacity, DC - resistive load Table 8: Breaking capacity, DC - inductive load Contacts in series, Contacts in series, values valid for relays without diodes in parallel with the coil. values valid for relays without diodes in parallel with the coll. A A | 9 Resistive Load | "S Inductive Load + = 30 ms z13 ze 13 C2, C3, 04 -- 65 C2, C3, C4 --- 6 10 10 8 8 6 3 Contacts 5 4 4 Contacts 3 3 2 2! | N 9 08 1 Contact 2 Contacts 08 1 Contact 06 0.6 0.4 03 0.2! O4 i 0 50 100 150 200. Ndel 0 50 100 150 200 [Vdc]:Standard Specifications The products covered by this catalogue are produced within the specifications of VDE 0435 and VDE 0110. Primary consideration has been given to the minimum creepage distances, according to VDE01 10, Isolation Class C, which complies with VDE 0113. All sockets with screw terminals, have Pre- vention against accidental contact accard- ing to DIN 57 470. Norms VDE 0110 This norm defines the minimum creepage distances for equipment, to prevent hazard through electrical current and voltage for persons and objects. Table 9: Approvals Isolation Class C includes equipment mainly designed for industrial and agricultural ap- plications, in warehouses without heating, in workshops and on machine tools. For ex- ample, electrical control systems for pro- duction and processing machines (VDE 0113) VDE 0435a Relays used in High Voltage controls ac- cording to VDE 0435a/9.72 have to be selected with a corresponding Isolation Class according to VDE 0110. VDE 0113 Isolation Class VDE 01 13is valid for produc- tion- and processing machines with a nomi- nal voltage up to 1000 V. Thereafter the Class must at least comply with Class C according to VDE 0710. ad RELECO VBG 4 5, part 4 The VBG Specification is dealing with rules for the orevention of accidents. The VBG is valid for electrical installations and equip- ment. Preventing accidental contact is defined in VDE 0106 Part 100, for design of electrical equipment and its location in electrical installations. Country Approval Relay Socket Time Cube | Austria Authority: OVE / C2-A20 $2-B File Number: 5602-000-00 1 C3-A30 $3-B Specification OVE-R255 | C4-A40 $4-B _ C5-A0 | Canada Authority: CSA | C2-A20 S2-B / CT2 GR File Number: LR 38486 and LR 69757 | C3-A30 $3-8 CT3 Specification: C22.2 C5-A 0 | Finland | Authority: SETI OBA. $3-B File Number: 073866-01, 083932-01, O4-A. $4-B 093055-01, 113600-01 | C4. | Specification: 83932-83933 { Norway Authority: NEMKO C3-A30 $3-B : File Number: M58515/01,03 M 59242/01-14 C4-A40 $4-B Specification: 21. /66 und 22. /52 Switzerland Authority: SEV C2... $2-B | T2 @ File Number:* F.191/187,107a / 89,5 50478,01 C3-.. $3-B | CT3 Specification: 1002, 1025 i 6 C4... $4-B | C5-.. United Lloyd's Authority: Lloyds Register of Shipping | C2-A20 Kingdom File Number: MAD 400.563/2596 | C3-A30 $3.8 Specification: CSA C22.2 | C4-Ad0 $4-B USA TAL Authority: UL C2-A2. $2-B ' CT2 File Number: 86015, E-92191 C3-A3. $3-B / CT3 Specification: UL 508 C5-A 0 =MR-C General Purpose Relay, Octal plug-in, , 2 pole 6 | , O / / cd iO x | oO g@ ss js # jg F J/g F x > ip ~ 2 9 is > Series C2- & 2 = 2 @ > / ~ x g / / && |g e/s < < z < 2 / < s/s 8 (8 & j/& & j/& 8 , Nominal 24 VAC 115 VAC 230 VAC see page 6 . voltage 7 mL _ - 4 AgCd010 AgCdO10 AgCd010 AgCd0O10 + 0,2u Au po ae a i Contact , DPDT DPDT DPOT DFOT ls i 435 6 7 12 14 22 24 A2 4 Wiring : + wa ey ae diagram ~ aie? 32% Mao 6 @ i124 Al moa 1 8 2 . DIN pin numbering Bottom view IEC pin numbering _ Function standard standard standard standard LED/Neon Indicator - v - v - v - v Free Wheeling Diode - - - - - - - - Polarity- and Free Wheeling Diode - - - - - - - - Coil Coil operating voltage [VJ 0,8 ...1,1 Uy 0,8 ....1,1 U, 0,8 ...1,1 Uy 0,8 ...1,7 Uy Nomina! power consumption (VA/W] 2,2 2,2 2,2 2,2 Nominai current {mA} | 92 97 19 24 10 1 see page 6, table 1 Pull-in voltage J 19,2 92 184 0,80 x U, Drop-out voltage Vs 6 29 58 0,25 x U. Coil resistance (+ 10 % tolerance) {Q] 70 1700 7400 see page 6, table 1 Contacts Max. switching current (resistive) (Al 10 10 10 10 Peak inrush current {resist. 10ms) (Al 30 - 30 30 30 Max. switching voltage VAC] 380 380 380 380 Max. switching load AC per contact at 50Hz = [VA| 2200 2200 2200 2200 Max. switching load OC per contact at24V. (Wj 240 240 240 240 General data Contact materials Code Operate time < 18 msec AgCd010 Standard 0 Release time (without Free Wheeling Diode) $< 10 msec Ag + Su Au 3 Bounce time 2...6 msec Ag + 10u Au 5 Contact pressure (NO/NC} 30...35 / 25...30g AgOdO10 + Su Au T Contact gap 0,5 mm AgCd010 + 10u Au 8 Insulation class in accordance with VDE 0110 Group C250 AgCdO10 + 0,2u Au 9 Test vaitage 50 Hz 1 min 2500 Ving Insulation resistance 1500 MQ Maximum switching with 100 % load 1200 ops/h Maximum switching with 50 % load 2000 ops/h Approvals Minimum mechanical life > 30 x 10% ops G CSA-Canada Lloyd's UK Ambient temperature -20...+60C Dimensions 35 x 35x 71mm SEV-Switzerland OVE-Austria Protection class (DIN 40 050) IP40 Weight, avg. 95 g TAL uLUsARELECO / i | O Oo Oo oO Oo YO GS Oo Q9 g OO} GO oO Q oO 9 oO Q oO} > [ Sie 28 So F S/F Fs Sig FEE ~ XS a/S vw & S/F F F s/s fF fF P/B GF 3: Ff! / S ~s ~ > yy N SS SS + ~ SS > sy | | x S/k xX VED ~ xe N/T x SU x oN] / 8 s/s $ s/s 8 s&s sis PF s-Fsizn FEE yy VIN WY GY / VY 9 Vid F F F/8 YS YQ | ! < < / 7 oF FT TR F FF T/T FT FT TR FR Nv Ny Ny NY N N N N Nv N N Nv Ny i 66 8/8 & & &/F & & FEF FF Fs F EF FG; 42 VDC 24 VDC 48 VDC 110 VDC see page 6 AgCdO10 AgCd010 AgCd0O10 AgCd010 AgCd010 + 0,2 Au DPDT OPOT DPOT DPDT DPDT 435 6 7 12 14 22 24 A2 (-) 4 4d "0, oe la te, i? , 14 21 Al (+) 1 8 2 . Bottom view standard standard standard standard standard - v vv vw - Yv v|l- # HY vw - vw vv - YY wv wv - vw - - - Wt = - Sn Ai - - HY - ~ - oY - - - - wW - - - ow = - - w - - - Ww = - - ew = 0,75...1,7 Uy 0,75...1,1 Uy 0,75...7,1 Uy 0,75...1,1 Uy, 0,75...1,1 Uy 1,3 13 1,3 1,3 1,3 108 1138 113 113 | 54 59 59 59 | 27 32 32 32 12 13 13 13 see page 6, table 1 i] 18 36 83 0,75 x Uy, 2,4 4,8 9,6 22 0,20 x Uy 110 440 1770 9300 see page 6, table 1 10 10 10 10 10 30 30 30 30 30 & | 380 380 . 380 380 380 | 2200 2200 2200 2200 2200 240 240 240 240 240 Coil features Socket R : Coil type B Cade D Code F ecommended type Coils with LED/Neon Indicator Coil type B...X Code DX Code FX Code X wa} be x 52-B and $2-S Further information, see page 26...27MR-C General Purpose Relay, | / : . | 11-pin plug-in | 3 pole / oO oO le 2 Y < I< = (xX > /O < x > ta 4 S 2 < S Ss > &B ~ S $3 is : 3S ( S$ jf 2 |e 8 Series C3-... Ss a iS 3g S & > x i} | 0 % i] i] % 0 @ /s < o/< < z < x < 4 se] o io 9 fe) fy) e 18 & 6 G id G G S Nominal 24 VAC 115 VAC 230 VAG see page 6 voltage AgCdO10 AgCd010 AgCd010 AgCd0O10 + 0,2u Au Contact 3PDT 3PDT SPDT SPDT 435 78 9 10 12 14 22 24 32 34 A2 22 3 24 Wiring Jul 44 "29, Sy 0 , -4-4-- 26" diagram 14 ae 34 AT @ @ 42 1 21 31 Al woos 1 6 14 2 DIN pin numbering Bottom view IEC pin numbering Function standard standard standard LED/Neon Indicator - - Vv - - v Free Wheeling Diode - - - - - - - Polarity- and Free Wheeling Diode - - - - - - - Cail Coil operating voltage VJ 0,8 ...1,1U, 08 ...1,1U, 0,8 ...1,1 Uy 0,8 ...1,1 Uy Nominal power consumption VAAN] 2,2 2,2 2,2 2,2 Nominal current [mA] 92 97 19 24 10 11 see page 6, table 1 Pull-in voltage (VJ 19,2 92 184 0,80 x U, Drop-out voitage Vi 6 29 58 | 0,25 x U, Coil resistance (+ 10 % tolerance) (Q] 70 1700 7400 see page 6, table 1 Contacts Max. switching current (resistive) [Al 10 10 10 - 10 Peak inrush current (resist. .10ms) {Al 30 30 30 30 Max. switching voltage [VAC] 250 250 250 250 Max. switching load AC per contact at 50Hz [VA] 2200 2200 2200 2200 Max. switching load DC per contact at 24V WI 240 240 240 240 General data Contact materials Code Operate time < 18 msec AgCd010 Standard 0 Release time (without Free Wheeling Diode) < 10 msec Ag + 5u Au 3 Bounce time 2...6 msec Ag + 10p Au 5 Contact pressure (NO/NC) 30...35 / 25...30 g AgCd010 + Su Au 7 Contact gap 0,5 mm AgCdO10 + 10 Au 8 Insulation class in accordance with VDE 0110 Group C250 AgCdO10 + 0,2u Au 9 Test voitage SO Hz 1 min 2500 V_g Insulation resistance 1500 MQ | Maximum switching with 100 % toad 1200 ops/h Maximum switching with 50 % load 2000 ops/n Approvais Minimum mechanical life > 30 x 10 ops TAX ue usa OVE-Austria Ambient temperature -20,,.+60C Dimensions 35 x 35 x 71mm G CSA-Canada (N) Nemko-Norway Protecti i rotection class (DIN 40 050) IP40 SEV-Switzerland SETI-Finland Weight, avg. 95 g Lloyd's UKRELECO Oo oO O oO Oo Q 6 g | Oo Oo Q oO Q oO Q Oo S hese Fee bose Fh ey 888) Sr YY vw/S V8 aw F/S FF F FT/S FF /6 i 3] @ RR o/F RP wwe RR LIF PY o/F RR SessisSe sais oe $ FS 8 FS Fils 2 & BI 5 9 8 15 6 6 16 8 5 F /S FF SF SF /S | FG | TF FT Pig vy F< vie TF Pie x F Viv FF Ti a7 9M HM HM IM HM MH HM IM HM HM HFM MH HM HM) IH MH HM HH 8988 8/8 88 8/88 8 EI bE BIE FE 8B, 12 VDC 24 VDC 48 VDC 110 VDC see page 6 AgCd010 AgCdO10 AgCd010 AgCd010 AgCd010 + 0,2u Au 3PDT SPDT 3PDT SPDT SPDT 5 78 9 10 i 22 2432 34 AZ 2 gi 1) P| | 12@, 527 032 02) 305, s @i16 AY @@ A2 11 a 31 Al (+) Ww 3 1 11 2 . Bottom view standard standard standard standard standard - vv wv - vw v wv - vw wv wo - vw vv -~ vw vv - w - - - ww - - - Ww - = - vw - - - #~ - = 0,75...1,1 Uy 0,75...7,1 Uy 0,75...1,1 U, 0,75...1,1 Uy 0,75...1,1 Uy 1,3 1,3 1,3 13 1,3 108 113 113 113 54 59 59 59 27 32 32 32 12 13 13 13 see page 6, table 1 9 18 36 83 0,75 x U, 2,4 4,8 9,6 22 0,20 x U, 110 440 1770 9300 see page 6, table 1 10 10 10 10 10 | 30 30 30 30 30 8 250 250 . 260 250 250 2200 2200 2200 2200 2200 240 240 240 240 240 Coil features Socket R : Cail type B Code D Code F ecommended type Coils with LED/Neon Indicator Coiltype B...X Code OX Code FX Code X eh els $3-B and $3-S 8 ' Further information, see page 26...27MR-C High Sensitive j | / / General Purpose Relay, / / i | 11-pin plug-in, i / / 1/2/3 pole O / oO oO / 0 / oO oO i O 9 %/{ 4 gS |; 9 9 9 Qo | Q Ss > > a) > > > / Fie 8g / 6 2 | Series C3-E/-N/-S... s $s / 8 Ss / 3 Ss | g/o 6 / 6 6 {|G GF |e w& | Pe] & 6 / 8 6 / 8 6 G | Nominal | gyoc | 12VOC | 24VDC | 48VOC | 6VDC | 12VDC | 24VDC | 48 VDC voltage Coil 250 mW 500 mW Contact SPDT (Ag + 0,2 Au) SPDT (Ag + 0,2 Au) 5 7 10 22 24 A2 22 3 24 a | 129952 ee Wiring @, a diagram v ~ Z 10, @0,, alee @ ox 21 Al 1 31 6 2 DIN pin numbering Bottom view lEC pin numbering Function standard standard standard standard LED/Neon Indicator - - ~ - - - - - Free Wheeling Diode - - - - - ~ ~ - Polarity- and Free Wheeling Diode - - - - - - - - Coil - - Coil operating voitage M 0,75 ...2,1 Uy 0,75 ...2,1 Uy 0,75 ...1,5 U, 0,75 ...1,5 Uy Nominal power consumption (WI 0,25 0,25 0,5 0,5 Nominal current [mA} 42 21 10 5 83 42 21 11 Pull-in voltage J 45 9,0 18 36 4,5 9,0 18 36 Drop-out voltage {VJ 0,6 1,2 2,4 48 0,6 1,2 2,4 48 Coil resistance (+ 10 % tolerance) {Q] 145 575 2300 9215 72 288 1150 4610 Contacts Max. switching current (resistive) (Al 4 4 4 4 Peak inrush current (resist. 10ms) (Al 12 12 12 12 Max. switching voltage (VAC] 250 250 250 250 Max. switching load AC per contact at 50Hz [VA] 800 800 800 800 Max. switching load OC per contact at 24V (W] 120 120 120 120 General data Optional contact material Code Operate time < 20 msec Ag +0,2u Au Standard 4 Release time (without Free Wheeling Diode) < 10 msec Ag + 5p Au 7 Bounce time 2...6 msec Ag + 10u Au 8 Contact pressure (NO/NC) 18...20/15...18g Contact gap 0,45 mm Insulation class in accordance with VDE 0110 Group C250 Test voltage 50 Hz 1 min 2500 V_, Insulation resistance 1500 MQ Maximum switching with 100 % load 1200 ops/h Maximum switching with 50 % load 2000 ops/h Approvals Minimum mechanical life > 30 x 108 ops TAL ouLusa OVE-Austria Ambient temperature -20...+60C Dimensions 35 x 35. x71 mm G CSA-Canada (N) Nemko-Norway een class (DIN 40 050} IP40 SEV-Switzeriand @) SETI-Finland eight, avg. 95g Lloycts UKi i RELECO i yd j ; / ; i j ! | | i | / / | j i i ! | ; / J / | | ! I / [ oO f / : | oO / Yo o / 9 go |; 9 5 o o | o 5 | oO i i jg g fe Fg fe Fig FS Fg Sig F , i 2 x a 2 j w q / 2 ~ Ww a / - ~ Uf (Ge @ /e FF fF Fl Fs F F Fis Be i 9% o % i 94 % 0 i) is) cy f 9 i i & 6 G / & 6 6 6 6 6 i 6 G BVDC | 12VDC | 24VDC | 48VDC | 12VDC | 24VDC| 48VDC 110VDC} 12VDC | 24VDC) 48. VDC | 110 VOC 500 mW 800 mW 800 mW DPOT (Ag + 0,2u Au) OPDT (Ag + 0,2u Au) 3POT (Ag + 0,2u Au) 438 9 10 435 78 9 10 12 14 32 34 A2 a8 12 14 22 24 32 34 Ae : S| | es 5 7,002 a | 4 At 11 *, 11 31 Al Wat 4 21 31 Al 1 11 2 - 1 6 11 2 Bottom view standard standard standard standard standard standard _ _ _ _ 7 _ - - | _ _ _ _ 0,75 ...1,5U, 0,75 ...1,5U, 0,75 ...1,2U, O75..12U | 0,75...1,2U, 0,75 .A,2U, 0,5 0,5 0.8 08 0,8 0,8 83 42 21 ra 67 33 17 7 | 67 33 17 7 45 3,0 18 36 9g 18 36 83 Q 18 36 83 0,6 1,2 2,4 48 1,2 2,4 4,8 Wo} 12 24 48 11 72 288 4150 4610 180 720 2880 15125, 180 720 2880 15125 | 4 4 4 4 | 4 4 . 12 12 12 12 i 12 12 250 250 _ 260 250 250 250 800 800 800 800 800 800 120 120 120 120 120 120 Coil features Socket Code F Warning Recommended tyre: Conecting diodes and Led's within the coil, could affect Code D Coils with LED/Neon Indicator Cade FX Code DX the operate, aperture and close stablished values. Code X By YT $3-B and $3-S Further information, see cage 26...27MR-C Latching / | / e General Purpose Relay, | 11-pin plug-in, / / 2 pole g < < / > > . a ~ | a / i Series C3-R... 3 s 3 8 e e | t / / 8 6 | &@ / 8 Nominal 24 VAC 115 VAC 230 VAC see page 6 voltage Coil AgGd010 AgGdO10 AgCdO10 AgCdO010 + 10u Au Contact DPDT DPDT DPDT DPDT 4389 2 6 12 14 32 34 At 21 2 3 24 Wiring / _ 4 ON ve 12@, 5 ; 7 4052 diagram 0 O24 e 131 A2 98, 1 11 10 CIN gin numbering Bottom view IEC pin numbering Function latching latching latching latching LED/Neon Indicator - - - - Free Wheeling Diode - - - - Polarity- and Free Wheeling Diode - - - - Coil Coil operating valtage (VJ 0,8 ...1,1 Uy 0,8 ...1,1 U, 0,8 ...1,1 U, 0,8 ...1,1 Uy Nominal power consumption [VAAW]_ | On pulse 2,0/ Cff pulse 0,4 | On pulse 2,0 / Off pulse 0,4 | On pulse 2,0/ Cif pulse 0,4. | Cn puise 2,0/ Off pulse 0,4 Nominal current (mA] - - - - Pull-in voltage M 19 96 184 see page 6 Drop-out voltage M - - - - Coil resistance (+ 10 % tolerance) {Q] - - - - Contacts Max. switching current (resistive) {Al 10 10 10 10 Peak inrush current (resist. 10rms) (Al 30 30 30 30 Max. switching voltage (VAC] 250 250 250 250 , Max. switching load AC per contact at 5QHz [VA] 2200 2200 2200 220 Max. switching load DC per contact at 24V wW] 200 200 200 200 General data Optional contact material Code Operate time < 25 msec AgCd010 Standard 0 Release time (without Free Wheeling Diode) < 20 msec Ag + 5u Au 3 Bounce time 2...6 msec Ag + 10p Au 5 Contact pressure (NO/NC) 25...30 / 20...25 g AgCdO10 + Su Au 7 Contact gap 0,5 mm AgCdO10 + 10 Au 8 Insulation class in accordance with VDE 0110 Group C AgCdO10 + 0,2u Au 9 Test voltage 50 Hz 1 min 2500 V_, Insulation resistance 1500 MQ Maximum switching with 100 % load 1200 ops/n Maximum switching with 50 % load 2000 ops/n Approvals Minimum mechanical life > 30x 10 ops Ambient temperature -20,..+60C SEV-Switzerland Dimensions 35 x 35 x 71 mm Protection class (DIN 40 050) IP4Q Weight, avg. 95 q qRELECO Fi . f g o 9 Ss s $ g e / Ne y a ~ ~ Wy + ~ S 3 S / 3 3 | wv i) N N | 7 | e ej 8 e | ) } 5 S g / 12 VDC 24 VDC 48 VDC 110 VDC see page 6 AgCd010 AgCdO10 AgCd010 AgCd010 AgCdO10 + 10p Au DPDT DPDT DPOT DPDT DPDT 438 9 2 6 12 14 32 34 (+)A1 21 (4) oo, 2 74 | _ 4 ON OFF 29. 8 #92 e 103, B05, ae @ 2 14 31 A2 (-) wW3t 1 11 10 Bottom view latching latching latching latching latching 0,75 ...1,1 U, 0,75 ...4,1 Uy 0,75 ...1,1 U, 0,75 ...4,1 Uy 0,75 ...1,17 U, On pulse 2.2/ Off puse 0,5 | On pulse 2,2 / Cif ouise 0,5 | On puise 2,2 / Off pulse 0,5 | On pulse 2,2/ Cif pulse 0.5 | On pulse 2,2 / Off pulse 0,5 9 18 36 83 0,80 x U, 10 10 10 10 10 & 30 30 30 30 30 250 250 . . 250 250 250 2200 2200 2200 2200 2200 200 200 200 200 200 Extended wiring diagram - coils: Socket Recommended type: 1 Winding 2 Windings AC version OC version. 2 6 2 6 (-) (-) (+) (+) | (0) | () - 10 10 3-B and 53-S 8 | | Further information, see page 26...27 JMR-C | e General Purpose Relay, ; i | f / | ; Square Base, plug-in, flat blade 2,8 x 0,5mm, / / 5 5 : 9 9 lo / | 4 pole lo 2 J JE F fy gy < = hs wy /> S it ay | is + ity ~ 9 % mS > ; . a v | rz > ! @ Dot s { Series C4-... /S x IS 3 Ss x is a / i% r / +r + iy + it + j @ iF y o/S 7 oS s/s Fo + + i + + + | + i & / 5 3G id o 0 3 io 5 | Nominal 24 VAC 115 VAC | 230 VAC see page 6 voltage AgCd010 AgCdO10 | AgCd010 AgCd0O10 + 0,2u Au Contact 4PDT 4PDT 4PDT APDT Al mes 12 4 5 7 8 10 11 13. L222 Wiring tu&I 4 4d 25 8H diagram TOP TTY & 3 @ 3 12 3 6 9 12 14 id OIN b Ae ~ In NumMbernn 7 iEC pin numbering Bottom view Function . standard standard standard standard LED/Neon Indicator - v ~ v - wv - v Free Wheeling Diode - - - - - - - - Polarity- and Free Wheeling Diode - - - - - ~ - - Coil Coil operating voltage VI 0,8 ...1,1 Uy 0,8 ...1,1 U, 0,8 ...1,1 U, 0,8 ...1,1 U, Nominal power consumption (VAW] 2,3 2,3 2,3 2,3 Nominal current [mA} 96 101 20 25 10 11 see page 6, table 2 Pull-in voltage M 19,2 92 184 0,80 x Uy Drop-out voltage (V] 7,2 35 69 0,30 x U, Cail resistance ( 10 % tolerance) [Q} 66 1650 7200 see page 6, table 2 Contacts Max. switching current (resistive) (Al 10 ~ 10 10 10 Peak inrush current (resist. 1Orms) (A) 30 30 30 30 Max. switching voltage [VAC] 250 290 250 250 @ Max. switching load AC per contact at 50Hz [VA] 1800 1800 1800 1800 Max. switching load DC per contact at 24V (W] 240 240 240 240 General data Contact materials Code Operate time < 20 msec AgCd010 Standard 0 Release time {without Free Wheeling Diode} $ 10 msec Ag + 5u Au 3 Bounce time 2...6 msec Ag + 10u Au 5 Contact pressure (NO/NC} 30...35 / 25...30g AgCdO10 + Su Au 7 Contact gap 0,5mm AgCdO10 + 10u Au 8 Insulation class in accardance with VDE 0110 Group C250 AgCdO10 + 0,2u Au 9 Test voltage 50 Hz 1 min 2500 Vag Insulation resistance 1500 MQ Maximum switching with 100 % load 1200 ops/h Maximum switching with 50 % load 2000 ops/h Approvals Minimum mechanical life 230 x 108 ops )) " - Lloyd Ss Ambient temperature -20...+60C SETIFinland UK Dimensions 35 x 35 x 61 mm , . Protection class (DIN 40 050) P40 Nemmko-Nonway SEV Switzerland Weight, avg. . gm avg % 9g OVE-AustriaRELECO ; / | i / / / | / / / | Oo 9 / O 9 Oo 9 | O oO 9 gq Y O YH / Q oO 9 QO 9 oO | > gas sig eg & Sig FF F/8 F 3 Fig FF 8) Se NX awis & F F iS FF F S/F F PP F GF Fy See Sigs e Fis ss FPF FFF ey! | ie 8 6 FS/s & Sis FS S&F GF/S5 BS FS FG /o a Oo oO; iF F F F/F F F Fl/F F F FS/F F F F!EF F FF | IMF Fe sis FF s/o FF s/o se vis Fs x Fi! | SS s Ss $FS S/F FF F[S $F Fi Fs si 12 VDC 24 VDC 48 VDC 110 VDC see page 6 : AgCd010 AgCd010 AgCd010 AgCdO10 AgCdO10 + 0,2p Au 4PDT 4PDT 4PDT 4PDT 4PDT Al mE a on 124 5 7 8 10 11 13 (+) L472 a J 3 +: 25 8 11 = = 0 ~ yo a s 8 3 42 3 6 9 12 BO 13 44 Bottom view standard standard standard standard standard - vw - wt wv - vv vv vo - w HY wow -v- - -w-- -wv- - -~ Vv - - ~v- - - - - -~- - vy - -~ = - -~ = - - -Yvyv- 0,75...1,1 Uy 0,75...1,1 Uy 0,75...1,1 U, 0,75...1,1 Uy 0,75...1,1 Uy 1,5 1,5 1,5 1,5 1,5 125 130 130 130 63 68 68 68 31 36 36 36 14.15 36 15 see page 6, table 2 9 18 36 83 0,75 x Uy 24 48 9,6 22 0,20 x Uy 96 384 1530 8070 See page 6, table 2 10 10 10 10 10 o 30 30 30 30 30 4 250 250 - 250 250 250 1800 1800 1800 1800 1800 240 240 240 240 240 Coil features Socket Coil type B Code D Code F Recommended type: Coils with LED/Neon Indicator Coil type B...X Code DX Cade FX Code X 7 iF a $4-B 9 Further information, see page 28...29MR-C Power Relay, 15 Amp / / / : | Square Base, plug-in, | / flat blade 4,8 x 0,5mm, / / / 3 pol Q o < [9 < / Q pole Oo = < > ix > oO tC Tt SS 6 / > 8 < x > yr 0 ~ [<) Ss . : fe g fF gs 8 $ Fg Series C5-... Ss & Ss a ig s s x 3 i] 2 i) { i] % 2 |< < 2 /f < < < in 9) in 9) LP) ff) 0 6 R16 oO O oO /o oO 0 oO Nominal 24 VAC 115 VAC 230 VAC see page 6 voltage AgCd010 AgCdO10 AgCd010 AgCdO10 + 0,2u Au Contact 3PDT SPDT 3PDT 3POT 14253 6 B = 12 1422 2432 34 = A2 wes oe 4 5 6 diagram 7 T\ 7 8 9 = 1 21 31 Al A Al BA2 7 & 9 A DIN pin numbering Bottom view HEC pin numbering Function standard standard standard standard LED/Neon Indicator - v - - v - Vv Free Wheeling Diode ~ - - - - - - - Polarity- and Free Wheeling Diode ~ - - = - - - - Coil Coil operating voltage M 0,8 ...1,1 U, 0,8 ...1,1U, 0,8 ...1,1U, 0,8 ...1,1U, Nominal power consumption (VAW] 23 2,3 2,3 2,3 Nominal current (mA] 96 101 20 25 10 YW see page 6, table 2 Pull-in voltage M 19,2 92 184 0,80 x Uy Drop-out voltage M 6 29 58 0,25 x U, Coil resistance (+ 10 % tolerance) (Q] 66 1650 7200 see page 6, table 2 Contacts Max. switching current (resistive) (Al 15 15 15 1 Peak inrush current (resist. 1Oms) (Al 45 45 45 45 Max. switching voitage [VAC] 380 380 380 , 380 Max. switching load AC per contact at 50Hz [VA] 2800 2800 2800 2800 Max. switching load DC per cantact at24v. (W | 360 360 360 360 General data Contact materials Code Operate time < 20 msec AgCd010 Standard 0 Release time (without Free Wheeling Diode) < 10 msec Ag + Su Au 3 Bounce time 2...6 msec Ag + 10u Au 5 Cantact pressure (NO/NC} 35.,.40/30...35 9 AgCdO10 + Su Au 7 Contact gap 0,5 mm AgCdO10 + 10p Au 8 Insulation class in accordance with VDE 0110 Group C250 AgCdO10 + 0,2 Au 9 Test voltage 50 Hz 1 min 2500 V_ Insulation resistance 1500 MQ Maximum switching with 100 % load 1200 aps/h Maximum switching with 50 % load 2000 ops/h Approvals Minimum mechanical life 230 x 10 ops & . Arnbient temperature -20,..+60C SR CSA-Canaca SEV-Switzerland Dimensions 35 x 35 x 61 mm i) . . Protection class (DIN 40 080) IP40 ~ UL-USA OVE Austria Weight, avg. 95 g @RELECO ! / O nS) O oO O Oo 9 g 9 4 Q Oo Q oO Q Oo = ges sieezs sige s sie 28 &ig FFs SPY Fall awe F F/F F Sle = FPR 2s > Sexes rr sR Sle RR SRR 8/8 8 8/8 8 8 S/8 S/8 8B 8 x | : 7 OF F PPR F PF FPR FF TF FF F FF TF FF FF FT! wy 6 9) &) iy &) iy 59) 4 by % 4) &% 2) 9 &%) 9) % i Oo Oo 9 9/90 90 9 9/9 G9 9 9/9 9 QO 90 [0 Oo 9 9 | | 12 VDC 24 VDC 48 VDC 110 VDC see page 6 AgCd0O10 AgCd010 AgCd010 AgCdO10 AgCdO10 + 0,2u Au SPDT SPDT 3PDT 3PDT 3PDT 142 53 6 B = 12 14 22 2432 34 A2() we de 4d J J 4 5 6 4 = a @ pa A 7. 8 9 ma _ am 21 31 Al (+) A_At__BA2 7 8 9 A Bottom view standard standard standard standard standard - vv - wv - v vw vo - - vw wv - YY - - -~- WY - = - vw - - - ww - - - W~ - - _ _ ~ - -_ _ _ ~ ~ - = wv _ - =- wv _ 0,75..:1,1 Uy 0,75...1,1 Uy 0,75...1,1 Uy 0,75...1,1 Uy 0,75...14,1U, 15 1,5 1,5 1,5 1,5 125 130 130 130 63 68 68 68 31 36 36 36 14 15 15 15 see page 6, table 2 9 18 36 83 0,75xU. 2,4 4.8 9,6 22 0,20 x U, 96 384 1530 8070 see page 6, table 2 15 15 15 15 15 45 45 45 45 45 0 380 380 ; 380 380 380 2800 2800 2800 2800 2800 360 360 360 360 360 Socket Code F Recommended type Coil features Coil type B Coils with LED/Neon Indicator Code DX Coil type B...X Code D @ a 4 ; Code FX $5-S : te by wT Further information, see oage 28...29MR-C TIME CUBE / i / | Octal plug-in / ~ / > | / Ss > > a i> =~ > wo iS = > Is a > > s > & os /5 > 2 fo > wo | 2 2 & i= o 2 Vix B gir Bw g / 6 ; , S&S fa ; 5 SS fg , Sod : , a a g/ & 8] Series CT2-.. $o2gg3ggsy,-e? g ig a aia g a / @ 4 ' 0 ! 4 I at t t i ' t | gj/X Sf SIR & & KIL Xk & Q | F/O 08 O89 /O O09 9O V/X @ Oo /O Oo Oo Operating} Ss; L | Mi U;S) LIM) UTSYTL HI STL H voltage Function Off-Delay Blinker Ranoe 0,2sec...12rmin | 0,8sec...30min | 0,2sec...12min | 0,2sec...3sec Relay (*\" Relay ah cre ms | ocr Ls a1 - Lt t+ttt see | [:/ Socket | y $ Operating Voltage S = 9,5...18 VBC wo- - = - - ~- Y - = + - - = L = 20...65 VAC/DC (75VDC} -wvw- - - - = - - - -v- - M = 90...150 VAC/DG - - w - - = - ~ - = = -. - + = H = 90...265 VAC/DC - - = -~ > tO - - - ow - - - wow U = 180...265 VAC/DC - - =F - -~ = - = - = = = Data Reset Time (msec] $ 200 < 200 < 150 < 150 Output Current, maximum (Relay coil} (mA] ] 250 150 50 50 250 150 SQ 50 250 150 - 50 250 150 - 50 Max. Output Contact Ratings [VAC / A] 380 /10 380 /10 380 /10 380 /10 Output Inductance (H] 5 5 48 48 5 5 48 48 5 5 - 48 5 5 - 48 Voltage Drop M 08 25 3 3 0825 3 3 08 25 - 3 0825 - 3 Nominal Frequency [Hz] 48...62 48...62 48...62 48...62 Input Current {mA] 0,5...3 0,5...3 - - - = - = = = No Load Current [mA] 16 2...6 16 2...6 16 2.6 16 2...6 | General data Time range setting Time Accuracy: . ; Repetition 0.5% / $20msec Time Range 20 Time Range 25 Dip-Sw. Supply voltage 0,05 %/V / 1 msec 02-38 0,8-8s Ambient temperature -0,25 %/K 08-128 3-305 Control Circuit, Triggering time AC: 80 msec / DC: 50 msec _ Supply Valtage drop-out 10 msec OTS min 04-4 min Test voltage 50 Hz 1 min 5 KV 0,8-12min 3-30min Working conditions: Ambient temperature -10 C.,.+60 C Climatic category DIN 40 040 JUF Approvals Transient protection IEC 255.4 (6), KLIN (lt) G CSA-C Shock- and vibration resistance IEC 571 / >> 20g SA-Canada Housing Material Noryl SE1 (UL 94V-I) Dimensions 35 x 50 x 25 mm SEV-Switzerand Protection class (DIN 40 050) IP40 Weight 35g SAL UL-usaRELECO / / | j | j j = S/ = ay SN | > i Sie S fs > is > Soa Soa > is ~ > > > oy {a a w Ss | 3S [2 3 ele 3 preiare dies gi2e 8 f Noid \ ' 3 ' . , 3 ! . Q 6 i : | ie Sie Sis & /e & Fig F& &/s & & ~ + . in o z/ gs Fey Files F sez s sFs FS 8 F wy VIN ON viV VY WY VIN NN WN GY IY WIN ON Nv | og Pe GF gig ee vie ee Lis s s/s FFI SS gif & SIS FF Pie SF fie Lie gS wi Oo oO Oo /9 9 Oo j/O9 9 989 9 /O 9 9 FO j9 9 Oo /9O 9 o | Sik H;} SUL Hi SibL |My ULS YL |_MY UESY]L H; SUL H On-Delay One-shot leading edge, aux. supply One-shot leading edge 0,2sec...12min 0,8sec...3Qmin 0,28ec...12min 0,8sec...30min 0,2sec...12min 0,8sec...30min Relay a Relay y" Relay iy Relay (A ; cT2 cT2 | na cT2 {;-71= CT2 : __71__8 rm Socket | Lf Socket | -t Socket aw Te . A Socket sf Su Ss pS s Fro Ww - + = w- - - v- - - vo - - - o- - = vo- - = -~ vw - - -v- - - - - - vw - - - vw - = - vw - - = - - = = = = 8 - - WwW - - - wv = - = = - = ee ~- - -vW - - - Vv - - - + -~ - = = - - -vwW - - -v = - = = - - = = -~ = = - - - wW - =- = = = - = + < 150 < 150 < 200 < 200 < 150 < 150 250 150 - 50 250 150 - 50 250 150 50 50 250 150 50 50 250 150 - 50 250 150 - 50 380 /10 380 /10 380 /10 380 /10 380 /10 380 /10 5 5 - 48 5 5 - 48 5 5 48 48 5 5 48 48 5 5 - 48 5 3 -~ 48 08 25 - 3 0825 - 3 0825.3 3 0825 3 3 0825 - 3 08 25 - 3 48...62 48...62 48...62 48...62 48...62 48...62 - - - = - - =~ = 0,5...3 0,5...3 - - - = ~ - = = 16 2...6 16 2...6 16. 2.6 16 2.,..6 16 2...6 16 2.6 Time Cube Concept, Mounting Principle Time Cube Concept, Wiring Principle Relay Octal Tube Base L- o> (see page 10...11) 413.586 a] 4 ToT rot Time Cube ml CT2.... lod 1 1 wy) Tf 2 oo TT iT a = a Octal Tube Base WD OO? TT | foab db | i (see page 26...27)MR-C TIME CUBE 11-pin plug-in Series CT3-.. a eR Operating voltage Function Off-Delay Blinker paume) 0,2sec...12min | 0,8sec...30min | 0,2sec...12min | 0,2sec...3sec Relay iy Relay ry cra oH S71 ss | oon ot L=2=| @ | rt : t~t+t- - Socket | L/ Socket | ) Operating Voltage S = 9,5...18 VDC YY - = = Yo - = = - - = - - = Lo = 20...65 VAC/OC (75VD0) - - on - - + - - - - ~ - = M = 90...150 VAC/DC - - ~ - + - - - = - - - - = H = 90,..265 VAC/DC - - = = - os > Fo - - - - - - w U = 180...265 VAC/DC - = - oF - - = = - > FO Data Reset Time [msec] < 200 $200 < 150 150 Output Current, maximum (Relay coil) {mA] 250 150 50 50 250 150 50 50 250 150 - 30 250 150 - 50 Max. Output Contact Ratings (VAC / A] 380 /10 380 /10 380/10 380 /10 Output Inductance (H] 5 5 48 48 5 5 48 48 5 - 48 5 5 ~ 48 Voltage Drop Mv 0825 3 3 08 25 3 3 0825 - 3 08 25 - 3 Nominal Frequency (Hz] 48...62 48...62 48...62 48...62 Input Current [mA] 0,5...3 0,5...3 - - - - - - 2-H @ No Load Current [mA] 16 2...6 16 2...6 16 2...6 16 2...6 General data Time Accuracy: Repetition Supply voltage Ambient temperature Contral Circuit, Triggering time Supply Voltage drop-out Test voltage 50 Hz 1 min Working conditions: Ambient temperature Climatic category DIN 40 040 Transient protection Shock- and vibration resistance Housing Material Dimensions Pratection class (DIN 40 050) Weight 05% / <20 msec 0,05 %/V / 1msec/V ~0,25 %/K AC: 80 msec / DC: 50 msec 10 msec 5 kV ~10 C...+60 C JUF IEC 255.4 (E), KLAN (IN) IEC 571 / >> 20g Noryl SE1 ( UL 94V-!) 35 x 50 x 25mm IP40 35g Time range setting Time Range 20 Time Range 25 Dip-Sw. 0,2-3s 0,8-8s 08-125 3-30s 0.1-1,5min 04-4 min 0,8 - 12 min 3 - 30 min Approvals G CSA-Canada SEV-Switzerland TAL ouL-ussi RELECO / | | | / / = / / >} Ss Sls | / iS os Sis s Sis s Ss gis s 2 giF > S/F & | | wn | | & Gilg 8 CG /@ a) oe! jes 8/2 Sie 2 sie e FF Pe Re FB, c > i , 1 c i o / c : hw ; ' hw t rf fe go @ aie as 8g gg ois g ge g * > [OM mw xz /a# = i VV VN NIN NY VN NWN: Vv i a ee 2/3 3 2 lo p pip & spies epie gpeepe Bie gp Bi {Oo oO o /O 0 o/O 0 O/6 G6 0/0 Oo o /O Oo Oo | S/L HIS |]L Hi Si+L|MiU}S}|LI MI ULTSyL H}S FTL H On-Delay One-shot leading edge, aux. supply One-shot leading edge 0,2sec... 12min Q,8sec...30min 0,2sec...12min | 0,8sec...30min : Q,2sec...12min | 0,8sec...30min Relay ha Relay aie | Relay 4 | Relay fy ott) cre LX CT3 J 1 3 CT3 rn 1S. t- 5 ht pens Socket | Lf Socket | : [18 Socket Y wuuaeee 1% Socket a 5 / Puts SS LTS / uae Ij LT se v= - - w - - = - - - YW - - = w= + - v- - - - - - ~ - = - - = -Y - = - - - - - - - - =v - - -v - = = = ~ = = - - - vw - - -v < 150 $< 150 $200 $200 $150 $150 250 150 - 50 250 150 - 50 250 150 50 50 250 150 50 50 250 160 - 50 260 150 - 80 380 /10 380 /10 380 40 380 /10 380 /10 380 /10 5 5 - 48 5 5 - 48 5 48 48 5 48 48 5 5 - 48 5 5 - 48 08 25 - 3 08 25 - 3 0825-3 3 08 25 3 3 08 25 - 3 08 26 - 3 48...62 48...62 48,..62 48...62 48.,.62 48...62 - - - - - - = = 0,5...3 0,5...3 - - - - - = = 16 2...6 16 2...6 16: 2.6 16 2...6 16 2...6 16 2...6 i | Time Cube Concept, Mounting Principle Time Cube Concept, Wiring Principle SEROUS. wand Ue Relay 11-pin Tube Base (see page 12...13) Tima Cube CT3-... TT F To See OT @ 17-gin Tube Base AAA (see page 26...27)MR-C Sockets for Tube Base Relays, octal and 11-pin Series $2 /S3 g a f | eg a / a | Pin-out Octal base Octal base Terminal Screws, 1 level Screws, 2 levels Circuit diagram Mounting: Data Wire inlets capacity: Solid wire {nx mm? } 2x25 2x25 Multi core (nx mm? ] 2X2,25 2x 2,25 Wire end ferrule {nx mm? | 2x15 2x15 Nominal Current (Al 10 10 Max. Voltage M 380 380 Dimensions: Width (mm] 338 38 Length {mm} 68 78 Height (mm 24 25 General data Accessories Screw dimension, wire in-lets M3 Coding Ring blue (for Octal) $2-BC ! Fixing torque, wire in-lets screws 1,2...1,5Nm Coding Ring, red (for 11-pin) $3-BC Operating temperature max., at rated load. +60 C Retaining Clip (for relay) $3-C Housing Material Polyphenyloxide (Noryi@} Retaining Clip {for relay plus Time Cube) $3-CT : Housing Colour Blue Set of labels for socket $0-BE | Female Contact Maternal Hard brass, nickel plated C-Rail Adapter for socket S3-BM | | Centre hole Centre line hoies Weight Rail 35 x 7,5 (DIN 50 022) Rail 35 x 15 (DIN 50 022) Approvals* G CSA-Canada Uoyds UK SEV-Switzeriand OVE-Austria Gi) serifinens (N) Nemko-Norway 1 TAL outusa valid for B-versions only!RELECO / | | ce | a a 8 ) 4 g 11 pin base 11 pin base 8/11 pin base ! Screws, 1 level Screws, 2 levels Pins, PC Board/Panel mounting 8-pin 38+ 7 S2-L 45 $3-L 2x25 2x25 4 2X 2,25 2xX2,25 , 2x15 2x1,5 10 10 S2-PO 15 $3-PO 380 380 4/45 | XK eH RY 38 38 5 fr ] ba # 68 78 fa_| 3% 19 19 Pa jet 7d 24 s 10 + 24 25 Bt wt! ans Measures in mm. Mounting instructions for S2-B/S2-S and S3-B/S3-S Relays Recommended types: DIN rail Surface 30 8 oM3 \. = Ty Le QO % All dimensions in mm Series C2/C3 Further information, see page 10...17MR-C Sockets for Square Base Relays, / 14-pin, 2,6 x 0,5mm, 11-pin, 4,8 x 0,5mm Series $4/$S5 2 | m % yy | a &% i Re | % Gj i Pin-out 14-pin, flat blade 2,6 x 0,5 mm 14-pin, flat blade 4,8 x 0,5 mm Terminal Screws, 2 levels Screws, 2 levels Circuit diagram Data Wire inlets capacity: Solid wire {nx mm? ] 2x25 2x2,5 Multi core [nx mm} 2x 2,25 2x 2,25 Wire end ferrule (nx mm? } 2x1,5 2x15 Nominal Current [Al 10 16 Max. Voitage M 380 380 Dimensions: Width {rnm] 38 38 @ Length {mm 92 80 Height {mm] 31 | 30 General data Accessories Screw dimension, wire in-lets M3 Retaining Spring for C4-relay $3- Fixing torque, wire in-lets screws 1,2...1,5Nm Retaining Spring for C5-relay $5-C Operating temperature max., at rated load. +60 C Set of labels for socket S0-BE Housing Material Noryl? C-Rail Adapter for socket $3-RM Housing Colour : Blue Female Contact Material Hard brass, nickel plated Mounting: Rail 35 x 7,5 (DIN 50 022) ; v Rail 35 x 15 (DIN 50 022) v Centre hole v Approvals Centre line holes - "Valid for S4-B only! Lloyd's UK Weight 65g i) SETI-Finland (N) Nemko-Norway SEV-Switzerland OVE-Austria "UL" recognition and "CSA" listing requested for S5-S!RELECO | / a i Yr 4 / / 1 14-pin, flat blade 2,6 x 0,5 mm Pins, PC Board/Panel mounting Measures in mm. Relays Recommended types: Mounting instructions for S4-B and S5-S DIN rail Surface fy Ph fam eer a tt Series C4/C5 38 i Further information, see page 18... ~ Ail dimensions in mmMR-C IDM Accessories Retaining Clip for C2/C3/ C4 - relay Pes per unit: 10 Type: S3-C Ident-No. : 5900 Retaining Clip for C2/C3-relay plus Time Cube cs per unit: 10 Type: S3-CT ident-No. : 2922099 Retaining Clip for C5-relay Pes per unit: 10 Type: S5-C Ident-No. : 5942 t ' i f i Octal Socket Coding Ring Set, blue Pes pey units: 5 Type: $2-BC Ident-No. : 2992099 11-pin Socket Coding Ring Set, red Pcs per unit: 5 Type: S3-BC Ident-No. : 2991099 = i) DIN Mounting Bracket for C4/C5 relays Type: S4-R Ident-No. : 5943 fr a a8 | | | | I Z Push-button Defeat Plug, olack Pes per units: 5 Type: SO-N Ident-No. : 5901 Labels for relay Pes per unit: 160 Type: SO-E \dent-No. : 5902 Fast - easy - safe - convenient - economical ee ee RCM eile Set of labels for socket Pes per unit: 116 Type: S0-BE Ident-No. : 5903