NEW. Calibri TWIN-CAL IP / 200 / 300 mm, calibri evolutivi! Validità : Prezzi I.V.A. esclusa

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Silvana Paolini
8 anni fa
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1 1 Vldtà : Pzz I.V.. scls Vs 2 IT. 89 Clb TWIN-CL IP / /, clb vltv! Ttt clb TWIN-CL s dtt d 'sct dt tgt. E' sffct cllg l ctt TLC (TE-LINK Cct) l clb l'lt stmtà dl cv d PC. Ttt l ms pss csì ss fclmt chvt d lzzt. Il pù gd dsply LCD m ppst c 'ltzz dll cf d 11 Olt 12. d tm ( ) Md d ms B Cctt d cttvtà c TWIN & LINK, pstz vltv p ttt TWIN-CL st d pfdtà td ttgl Cfmtà ll m IO 18-1 Cctt d cttvtà TLC 7181 Cs d ms, st d Rll d d pfdtà glz lst PROMO 97 TWIN-CL IP TWIN-CL IP TWIN-CL IP TWIN-CL IP Cv TLC-UB 2 m DT-Dct ftw p l'cqsz dt l'sptz fl.csv TT-Expss ftw d cz d ptcll d ms, ct d ctll X-R, sttstch, pt d ms

2 2 Clb, t d q E T c ltt d Clb vltv Tw-Cl IP67 tmt pttt, c sct dt tgt 12 Pssbltà d ms Tw-Cl IP67 Tw-Cl IP67 Tw-Cl IP67 CCM, 2 / g WICL 2,,2 Cs d ms st d pfdtà Rll d glz d lst PROMO Clb Vll IP 67 TE Vll è mch pgttt d TE p sddsf l sptttv d q clt ll cc d pdtt d lt qltà pzz cvt dspst c l kw-hw d TE. L tclg svzz pst l c d qst pdtt ppst 'lt gz d qltà Vll IP Vll IP Vll IP Vll IP Cs d ms st d pfdtà Rll d glz d lst PROMO

3 T E R E T M MICRO bl c. Dsp l l d /. p l m c d cvs dtt s m d cs y dgtl mp dspl p st c Mcmt z IP IP, c t C. t fct d t t c gd d p c t 1 f Mdll d MICROMTER EY IP MICROMTER IP MICROMTER IP mcmst IP mcmst IP ppt p mcmt Cmp d ms, Rslz, E mx. ss, µm d lst PROMO RO C I M I ET TE f l c d ms cp s t c f tt tt l p s d lt pc t ch sp L flttt c mcmt p lt d d l l' dll'imicro t stss c pmtt t l ms, l ch d s Q tmpt d BBE. ffc. t ll's flz dll mssm l' RO ptclmt dt IC d gl IM C c flttt ttfct d lt pcs 19 Cmp d ms, cmpst d: d lst PROMO Mcmt sgl, ll d sct, Plg,

4 O C I G I D T E D Cmpt lttc DIGICO C sct R22, blcc dll tst d vs dl ss d ltt Cs d ms, Rslz, E mx. ss, µm d lst PROMO DIGICO MI DIGICO MI DIGICO 61 MI TOL md d ms M, Mx DIGICO 7 MI P ms d t 12, 12, 2 12, Cmpt lgc Dmt dl Cs d qdt, ms, Rslz, cl, Rptbltà, µm d lst PROMO Cmpt COMPC c dspstv tt Cmpt COMPC c dspstv tt Cmpt ETLON Cmpt lv Issbl cmp mgtc Mdll TETT c tz ct dll lctt Mdll COMPC c tz ct dll lctt, m c cs d ms sts, f D 8,1,1 WI MDE 18.1 WELED JE,, WI 1 1 WI MDE WELED JE 9 1 9,2, WELED JE, 181 MDE * JEWELED gl 21g TETT, Ø 28 12,,8 TETT, Ø 8 12,,2 1 TETT, Ø 8 12, 1 WITT, Ø 8 12,,2 1 Cmpc Ø , Cmpc Ø 6 Cmpc Ø 18,2,6 1, ppt mgtc c bcc sdt. Lghzz, fssgg cd d d f ø 8 c glz f t cmpst d sppt mgtc Itpd 1692 TETT 1169 Tst d ms, Rslz, Cs d ms, Rptbltà, µm d lst PROMO * tmt d ms sppt ft sptmt

5 t Ms E T vtcl tmt tm plvlt ch dvt l Rfmt dll vst ffc! 7 I mst vtcl TE pmtt d ms md smplc, pd d stmmt pcs gdssm qttà d cttstch t c ltzz, sclt, t, f lb. * 9 *Tst cmps * 79 Ctfct d étlg Klbsch Ctfct f Clbt ø6 2 ø6 ø2 ø1 ø ø6 2 ø Ms d dmt d Ms d sclt pfd Pt mssm s spfc spss dtt (s. lm) Ms dll pfdtà vtcl d spllmt TE-HITE 1 TE-HITE 7 71 TE-HITE Mg 7 71 Mc-Ht 61 Mc-Ht pls M 61 Tst p MICRO-HITE c stmpt Tst p MICRO-HITE pls M sz stmpt Pccl st d ccss p mst vtcl TE. Cmpsz dl st: 761, 77, 782, 79 Cs d ms, E mx. ss, µm (2, + L) µm, L m (2, + L) µm, L m 8 (2 + L) µm, L m (1,9 + 1, L ) µm, L m d lst PROMO

6 6 Clbvl1 UB Clmt Il clmt lttc TE ClBvl 1 UB è stmt cmptt p ms d clz, c cmp d ms ±. Gz ll s spfc d ms, pò ss cpt l't tlzz s. Il sftw TE Clsft (cls) cst fcl chvz dll ms s cmpt. Clmt lttc cmptt lgg Cmp d ms ± Rslz > csc (,2 /m) Rbst dl p l'ffc: sttt fzt llm dzzt Qtt spfc d ms p pplcz smplc tst fz Dsply LCD ft ctst lmtt d 1 btt lcl 1, V tp Ptcll d cmcz: sct R8: 9 Bd / 7 Bt / 2 tp Bt / sc / sz ptà. 111 Clbvl1 UB Cmp d ms E mx. ± < 1 cm + 1 Dgt Ft c sftw CLINOOFT cv d cllgmt UB p cmpt Dms ps 1 x 7 x g d lst PROMO TE RUGOURF Rgsmt pttl d fcl tlzz Cmp d ms vtcl (Z) c d μm slz 1 mt s ttt l cmp d ms! Pmt d gstà R, Rq, Rt, Rz,, Rc, Rsm, Pt, Rm, Pm, Rpc, PPc, Rmx, R, Rx, R Dsply LCD gfc 2 : pfl d gstà, cv d ptz Lghzz ct-ff,,, 2, Nm d ct-ff d 1 Pcs IO 27, clss 1 Utà d ms: / Cllgmt UB PC Dms: 122 x x 62 1 lg * 17 RUGOURF (N 691) ft c: tstt c ptt B1 (pt R= µm, 9 ), sct d gstà R = 2,97 µm, dttt p sppt ø 8, btt tgt, ccbtt c dttt EU/U, ml d'stz, vlgtt p tspt. d lst PROMO 691* RUGOURF Plg 1 p tstt, Ø ppt c bs gt x p Rgsf 1G ccss 799 Cv UB RUGOURF - PC (UB mc UB) 6966 Rsct d gstà R = 1 µm Rsct d gstà R =, µm 76 * ppt d ms plg 1 p tstt cmps Tstt dttv d tfcc lttch Qd ct l pcs sbmcc l pdttvtà L'tfcc lttc BPX gstsc sczz tstt dttv cllgt dt l ms sttch dmch. I sltt vg vslzzt tmp l l sftw TI (cls ll ft), ch cst ch d spt dt fl.csv. Tmt l cllgmt s UB d pù tfcc BPX, è pssbl gst f 6 TT. P cfgz smplc, gl stmt lttc TETRONIC cst d vslzz tmp l l vl dl tstt. 1* Itfcc BPX c sftw TI cls 8 TETRONIC TT 1 Vslzzt pttl Igss tstt Vslzzz Dms, (L x P x ) V sftw TI 172 x 1 x,8 kg 1 Nmc d lgc 2 x 2 x 1 1,1 kg d lst PROMO * Ctt dll ft: BPX, CD c dv sftw TI, cv UB, lmtz c cv EU U, ml d'stz 212 GT 1 Tstt lv 7 GTL 21 Usct ssl dl cv GTL 222 ttvz pmtc dll'st Cs d ms, E d ltà mx. ss, µm Rptbltà, TT BPX µm d lst PROMO ±,, 2 +, 2 +, x L 2 x L 2 ± 2, 2 +, , x L 2, 8 x L ± 1,, 2 +, , x L 2, 8 x L

7 7 N c d C l c z z TE p tlgc p m d p z s l s p L mplt c m m U g z! g s l ttt TE-REFLEX c P d smplc l ms cmplss: Ms dll cttstch pcpl sz pgz pvtv, c smplc clc Rcscmt tmtc tllgt d pzz / pg D* 2 Il fmt p l'ffc l lbt: Olt cttstch msbl p ctll l tllz gmtch pù dffcl stm d clz c p ms ttt tp d flttt pzz td cmplss stm d clz ECLUIVO TE * Tspt, stllz fmz cmps 2 ftw TE-CN 2 21 Cmp d ms Ø x L, 2 x stm d clz p ms d flttt TE-CN x 27 2 TE-CN CE+ x 27 2 TE-CN + x 1 2 TE-CN x 2 TE-CN + x 1 29 TE-CN 2 REFLEX TE-REFLEX c 2 x 291 TE-CN 2 REFLEX c tst c sstm d tz TE-REFLEX c 2 x E mssm ss, µm Ø = 1, + D/1 µm, D L = + L/1 µm, L Ø = 2 + D/1 µm, D L = + L/1 µm, L Ø = 2 + D/1 µm, D L = + L/1 µm, L Ø = 2 + D/1 µm, D L = + L/1 µm, L Ø = 2 + D/1 µm, D L = 8 + L/1 µm, L Ø = 2 + D/1 µm, D L = 8 + L/1 µm, L Ø = 2 + D/1 µm, D L = + L/1 µm, L Ø = 2 + D/1 µm, D L = + L/1 µm, L

8 8 TE-VIIO Ttt l spz d TE pplct ll mcch ttch TE-REFLEX Vst L slz p l ms ttc pd ttt smplctà, dl p tlzz ffc Rcscmt tmtc dgl lmt Mdl d cmpz DXF «Cmp» ssttz d clch d ptt d pfl TE-REFLEX Vs L slz dl p l ms d s mdgd d pzz stm d'llmz flssbl p spd svt pplcz ttt mccc bst p gd ptbltà d sltt d ms l tmp * Tspt, stllz fmz cmps Mcch Zm ftw Cmp d ms X x Y x Z, 61 TE-VIIO GL Ml 6,x dxbl TE-REFLEX x 1 x MN Vst 628 TE-VIIO GL Ml 6,x mtzzt TE-REFLEX x 1 x MN Vst 61 TE-VIIO GL Ml 6,x mtzzt TE-REFLEX x x MN Vst 62 TE-VIIO GL Ml 12x mtzzt TE-REFLEX x x MN Vst 66 TE-VIIO GL Mtzzt 6,x mtzzt TE-REFLEX x x DCC Vs 66 TE-VIIO GL Mtzzt 12x mtzzt TE-REFLEX x x DCC Vs COMPRE, pz p sftw TE-REFLEX Vst D* E mssm ss, µm Ex,y: L/1 µm, L Exy : 2,9 + 1 L/1 µm, L Ez :,9 + 1 L/1 µm, L Ex,y: 2 + L/1 µm, L Exy : 2, + L/1 µm, L Ez :,9 + L/1 µm, L Ex,y: 1,6 + L/1 µm, L Exy : 2 + L/1 µm, L Ez :,9 + L/1 µm, L C sv d mdfch Vs 2 TE wtzld Bg 8 CH-1 Rs Vt ss Tél. +1 () Fx +1 () ts-vtch@hxgmtlgy.cm TE FRNCE t Lvs Pôl Lvs Bâtmt F- Mcl-lès-Lévll Tél. + () Fx + () ts-fc@hxgmtlgy.cm TE Tchlgy Dtschld GmbH Ntzstß 2 D-7168 Ldwgsbg Tl. +9 () Fx +9 () ts-d@hxgmtlgy.cm TE Tchlgy UK Ltd. Mtlgy Hs Hlsfld 1 Tlfd, hps. TF7 PL Tl Fx ts-k@hxgmtlgy.cm TE Tchlgy ITLI s..l. V Bzzzz, 118 IT-2 Cm (MI) Tl Fx ts-tl@hxgmtlgy.cm TE Tchlgy Ibéc v. d Vzcy s/ pt. 2 E-82 Em Tl Fx ts-bc@hxgmtlgy.cm TE Blx V Eldl 1 NL-81 WJ Wl Tl. +1 () Fx +1 () ts-blx@hxgmtlgy.cm TE Bg 8 CH-1 Rs wtzld Tl. +1() Fx +1() ts-f@hxgmtlgy.cm

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