DIN 48 SIZE DIGITAL TIMER

Transcription

1 DIN SIZE DIGITL Tier UL File No.: E CS File No.: LR Pin type Pin type Screw terinal type Feature. Wide tie range Te operation tie range cover fro 0.0 ec. to our. Te individual etting can be perfored on eac of te tier.. in in. in.. Brigt and Eay-to-Read Diplay brand new brigt -color back-lit LCD diplay. Te creen i eay-to-read in any location, ake cecking and etting procedure a cinc.. Siple Seeaw button ake etting and operation iple and eay.. Sort Body of only.. inc (crew terinal type) or 0.. inc (pin type) Wit a ort body, it i eay to intall even in allow control panel.. Confor to IP Weater Reitant Standard Te water-proof front panel keep out water and dirt for reliable operation even in poor environent.. Screw terinal and Pin Type are Bot Standard Te two terinal type are tandard to upport eiter troug-panel intallation or ebedded intallation.. Cangeable Panel Cover black panel cover i alo available to eet your deign requireent.. Confor Wit EMC and Low Voltage Directive Confor wit EMC directive (EN00-/EN00-) and low- directive (VDE0/Part 0) for CE certification vital for ue in Europe.. EE-PROM Failure Meory EE-PROM eory retain etting and tie data. Eliinate te need for battery replaceent. Product type Tie range ode down inurance Terinal Part No. pin LTHW-C0V 0-0 V C pin LTHW-C0V Screw LTHW-C0VS pin LTHW-CV Relay ( c) V C pin LTHW-CV Screw LTHW-CVS. Pule input: pin LTHW-DCV. Delayed one ot - V DC pin LTHW-DCV flicker in ON-tart flicker Screw LTHW-DCVS vailable.in Integrating input: pin LTHWT-C0V in Delayed one ot. flicker 0-0 V C pin LTHWT-C0V ON-tart flicker Screw LTHWT-C0VS pin LTHWT-CV Tranitor ( a) V C pin LTHWT-CV Screw LTHWT-CVS pin LTHWT-DCV - V DC pin LTHWT-DCV Screw LTHWT-DCVS

2 Part nae /T diplay Diplay for cange-over between /T etting Controlled output indicator indicator witc Set/ witc T OP. T (Subtraction elaped tie diplay) Elaped tie diplay Set tie diplay Tie unit diplay Up key Down key ON DIP witce Fourt digit Firt digit (Sae for -pin and crew terinal type) Specification Rating Tie accuracy (ax.) Contact Life Electrical Mecanical Operating condition Ite Operating Frequency conuption Control capacity (reitive) Tie range Tie counting direction ode,, input input Input ignal Indication failure eory etod Operating tie fluctuation Teperature error Voltage error Setting error Contact arrangeent Initial contact reitance Contact aterial Mecanical Electrical Operating range Initial breakdown Initial inulation reitance (t 00 V DC) Operating reet tie Teperature rie Vibration reitance Sock reitance Connection Protective contruction Functional Detructive Functional Detructive bient teperature bient uidity ir preure Ripple rate Ralay output type C type 0 to 0 V C / V C 0/0 Hz coon Max. V, 0 V C DC type to V DC Max. W.,.,, in,.in, in,., (elected by DIP witc) ddition ()/Subtraction () ( direction electable by DIP witc) Pule input: Delayed one ot, flicker or ON-tart flicker Integrating input: Delayed one ot, flicker or ON-tart flicker Min. input ignal widt:, 0 ( direction by elected by DIP witc) Min. input ignal widt: 0 Open collector input Input ipedance: Max. kω; Reidual : Max. V Open ipedance: 0 kω or le, Max. energized : 0 V DC -egent LCD, Elaped value (backligt red LED), Setting value (backligt yellow LED) EE-PROM (Min. overwriting) Tied-out For C 0 Ω (at V DC) g alloy/u fla.0 ope. (Except for witc operation part).0 ope. (t rated control ),000 Vr for in: Between live and dead etal part,000 Vr for in: Between input and output,000 Vr for in: Between contact Between live and dead etal part Min. 0 MΩ: Between input and output Between contact ± (0.00% + 0 ) in cae of power on tart ± (0.00% + 0 ) in cae of reet or input ignal tart (at fixed power off tie).0 ope. (t rated control ) to % of rated operating Max. 0. Tranitor output type C type DC type 0 to 0V C to V DC 0/0 Hz coon Max. V Max. W 0, 0 V DC Tied-out For (Open collector),000 Vr for in: Between live and dead etal part,000 Vr for in: Between input and output Min. 0 MΩ: Between live and dead etal part Between input and output Max C (under te flow of noinal operating current at noinal ) to Hz: cycle/ in ingle aplitude of 0..0 inc ( in on axe) to Hz: cycle/ in ingle aplitude of inc ( on axe) Min.. ft./ ( tie on axe) Min.. ft./ ( tie on axe) C to C + F to + F Max. % RH 0 to,00 Pa 0 % or le 0 % or le -pin/-pin/crew terinal IP (front panel wit rubber gaket)

3 Dienion (unit: inc) digital tier.0 Screw-down terinal type (troug-panel intallation).... Pin type (troug-panel or urface ount intallation) T OP. T (Sae for -pin type) Dienion for troug-panel intallation (wit adapter intalled) Screw-down terinal type Pin type Rubber gaket TC00 (upplied) intallation panel intallation frae T (upplied) Rubber gaket TC00 (upplied) intallation panel intallation frae T (upplied) -pin type (p cap D0 -pin type (p cap T T T.0 OP. T OP. T Dienion for urface ount intallation. (0.0).0 (.) DIN rail terinal block (-pin type TC00 (-pin type TC00 Device intallation rail T0 ( ( ) dienion i for -pin type. Intallation panel cut-out dienion Te tandard panel cut-out dienion are own below. Ue te intallation frae (T) and rubber gaket (TC00). 0in..0in in..0in. For connected intallation Wen n tier are continuouly intalled, te dienion () i calculated according to te following forula (n: te nuber of te tier to be intalled): =( n.) =(.0 n.0) Note : Te intallation panel tickne ould be between and.0 and. inc. Note : For connected intallation, te waterproofing ability between te unit and intallation panel i lot. Terinal layout and wiring -Pin type Relay output type Tranitor output type -Pin type Relay output type Tranitor output type ( ) (+) NO NC COM ( ) (+) ( ) (+) NC NO COM ( ) (+) Screw terinal type Relay output type Tranitor output type COM NO NC (+) ( ) (+) ( )

4 Setting te operation ode, tier range, and tie Setting procedure ) Setting te operation ode and tier range (Tier T /Tier T ) Set te operation ode and tier range wit te DIP witce on te ide of te unit. DIP witce Note: Set te DIP witce before intalling te unit. DIP witc Ite OFF ON ode Refer to table Miniu input reet, ignal, and top ignal widt 0 Tie delay direction ddition Subtraction Tier range Refer to table Setting procedure ) Setting te tie Set te et tie wit te key on te front of te unit. Front diplay ection Q Elaped tie diplay W Set tie diplay E T /T operation indicator R T /T etting value electable indicator T Controlled output indicator Y indicator U Tie unit diplay * Te -pin type doe not ave te top input, o tat te dip witc can be canged over between reet and ignal input. Te ignal range of te lock input i fixed (iniu 0 ). ON T DIP witce OP. T Fourt digit Firt digit Table : Setting te tier range (Tier T ) DIP witc No. Tier range ON ON ON 0.0 to. OFF OFF OFF 0. to. ON OFF OFF to OFF ON OFF 0 in 0 to in ON ON OFF 0. in to. in OFF OFF ON 0 0 in to in ON OFF ON 0. to. OFF ON ON to Table : Setting te tier range (Tier T ) DIP witc No. ON ON ON OFF OFF OFF ON OFF OFF OFF ON OFF ON ON OFF OFF OFF ON ON OFF ON OFF ON ON Tier range 0.0 to. 0. to. to 0 in 0 to in 0. in to. in 0 0 in to in 0. to. to I key Cange te correponding digit of te et tie in te addition direction (upward) O key Cange te correponding digit of te et tie in te ubtraction direction (downward) P witc te elaped tie and te output { Set/lock witc Cange over te diplay between T /T etting, et te operational ode, ceck te operational ode and lock te operation of eac key (uc a up, down or reet key). ) Setting or canging te operational ode. Wen te or key at te firt digit i preed wit te et/lock witc preed, te ode i canged over to te etting ode. Ex: Setting ode diplay. Te operational ode in te etting ode i canged over equentially in te left or rigt direction by preing te up or down key at te firt digit, repectively.. Te operational ode diplayed at preent i et by preing te key, and te diplay return to te noral condition. ) Cecking te operational ode Wen te or key at te econd digit i preed wit te et/lock witc preed, te operational ode can be cecked. Te diplay return to te noral condition after indicating te operational ode for about two econd. (Wile te diplay indicate te operational ode for about two econd, te oter indicator continue to operate norally.) ) Setting te lock Wen te or key at te fourt digit i preed wit te et/lock witc preed, all key on te unit are locked. Te tier doe not accept any of, and key. To releae te lock etting, pre te or key at te fourt digit again wit te et/lock witc preed. * al ode, adding and ubtracting and iniu input ignal range cannot be et at T and T, repectively. ) Canging over te T /T etting diplay Te /T etting diplay i canged over by preing te witc. (Ti operation give no effect on te oter operation. Te et tie and elaped tie (reidual tie) at T are linked wit toe at T.) Canging te et tie. It i poible to cange te et tie wit te up and down key even during tie delay wit te tier. However, be aware of te following point. ) If te et tie i canged to le tan te elaped tie wit te tie delay et to te addition direction, tie delay will continue until te elaped tie reace full cale, return to zero, and ten reace te new et tie. If te et tie i canged to a tie above te elaped tie, te tie delay will continue until te elaped tie reace te new et tie. ) If te tie delay i et to te ubtraction direction, tie delay will continue until 0 regardle of te new et tie.. Wen te et tie at T and T are et to 0, te output becoe ON only wile te ignal input i carried out. However, wile te reet input i carried out, te output becoe OFF. Pule input One operation Pule input Pule input ON-tart Integrating input One operation Integrating input Integrating input ON-tart

5 PULSE : Pule input : Integrating input PULSE / operation t <T, t <T / operation t <T, t <T ta+tb= tc+td=t ta+tb= tc+td=t te+tf= tg+t=t Delayed one ot T ta tb tc td t t Wen te power i turned on, te tier value i cleared. Tiing operation will tart wen te ignal becoe ON, and te ignal input i ignored during tiing operation. Te tier value i cleared after one operation. ta tb tc td te tf tg t t t Wen te power i turned on, te tier value i not cleared. ( failure copenation function) Te control output i eld even if te power i turned off and turned on again. fter one operation, te elaped value i cleared. PULSE B /repeating operation t <T, t <T B /repeating operation t <T, t <T ta+tb= tc+td=t ta+tb= tc+td=t te+tf= tg+t=t B flicker T T ta tb tc td t t Wen te power i turned on, te tier value i cleared. Tiing operation will tart wen te ignal becoe ON, and te ignal input i ignored during tiing operation. ta tb tc td te tf tg t T t t Wen te power i turned on, te tier value i not cleared. ( failure copenation function) Te control output i eld even if te power i turned off and turned on again. PULSE C ON-tart/repeating operation t <T, t <T C ON-tart/repeating operation t <T, t <T ta+tb= tc+td=t ta+tb= tc+td=t te+tf= tg+t=t T T ta tb tc td t t ta tb tc td te tf tg t T t t C ON-tart flicker Wen te power i turned on, te tier value i cleared. Tiing operation will tart wen te ignal becoe ON, and te ignal input i ignored during tiing operation. Wen te power i turned on, te tier value i not cleared. ( failure copenation function) Te control output i eld even if te power i turned off and turned on again. Reark and note Te pule input ode tart te operation wen te ignal input turn on. For power-on tart operation juper te ignal terinal (-pin: Q to R, -pin: E to and crew: to ). Te integrating input ode i controlled by te total on-tie of te ignal input. Wen te elaped value i cleared by te reet input, te output i reet. For power-on tart operation juper te ignal terinal (-pin: Q to R, -pin: E to and crew: to ). Eac ignal input uc a ignal, reet, top and lock input i applied by a contact cloure between te input terinal and coon terinal (-pin type: terinal Q, -pin type: terinal E and crew terinal: terinal ) repectively. Te -pin type a no tep ode.

6 DIN SIZE S COMMON OPTIONS TERMINL SOCKETS (Unit: inc, Tolerance: ± ±.0) Type ppearance DIN rail ocket (-pin) Dienion per φ.... φ. Terinal wiring (Top view) Mounting ole dienion.00 LTH (-pin type).00. TC00.. Terinal crew, M. M. ( terinal) Note: Terinal No. on te ain body are identifical to toe on te terinal ocket ±.00. ±. -M -M. crew ole ±0. ±0. (or.. dia. ole) Te iniu ditance between te ole wic areparallel drilled. DIN rail ocket (-pin) φ. φ. per.00 LTH (-pin type).00. TC00.0. Terinal crew, M. M. ( terinal) Note: Terinal No. on te ain body are identifical to toe on te terinal ocket ±.00. ±. -M -M. crew ole ±0. ±0. (or.. dia. ole) Te iniu ditance between te ole wic areparallel drilled. Note: Te ocket nubering yte atce tat of te tier terinal. SOCKETS (Unit: inc, Tolerance: ± ±.0) Type ppearance Dienion Terinal wiring (Top view) Mounting ole dienion Rear terinal ocket....0 LTH (-pin type) LTH (-pin type).. T0 P cap φ. φ. D0 P cap φ. φ. T.... φ 0 φ. φ 0 φ. φ. φ.0 φ. φ.0 Note: Te terinal ocket nubering yte atce tat of te tier terinal φ. φ.0.. φ. φ (.) (.)..0 (.) (.) φ φ 0 φ. φ. φ φ 0 φ. φ.

7 Mounting part Rubber gaket Mounting frae TC pplicable for PMH and LTH erie Te rubber gaket i encloed in te PMH (crew terinal type) and te LTH erie. T pplicable for PMH and LTH erie Te rubber gaket i encloed in te PMH (crew terinal type) and te LTH erie. Mounting rail (pplicable for DIN and IEC tandard)..,000 ±. ±.0 MTSUSHIT TSUSHIT.R.R Fatening plate. 0. M M Oval ole, 0-.x 0-.x.. T0 Lengt: aluinu CCESSORIES LTH erie Panel cover (Black) T0 T0. For olding DIN rail LTH LTH TL0 TL0 Te black panel cover i alo available o tat you can cange te appearance of te panel by canging te panel cover. Te color of te tandard panel cover i a gray.