Supply voltage Operating voltage. Output circuit Type No. of contacts Max. switching power Max. switching current Max. switching voltage Response time

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1 KMV Power supply with relay output AMPLIFIERS AND ONTROLS They work as a power supply for inductive, capacitive, photoelectric and ultrasonic sensors. They have a electrical configuration in direct current. These equipments allow the connection of NPN proximity sensors (switching the negative), PNP (switching the positive) and Namur models (which act with the variation of the consumption current). The unit has an internal amplifier that can detect the sensor activation and immediately it energizes an output relay. The operation is signaled through a led mounted in the frontal panel of the instrument.recommended for making the D sensors set loads in alternating current such as: magnetic keys, solenoids, etc. They are manufactured in moldeld for mounting on mm DIN rail (DIN ) or fixed by two screws (DIN 0). Technical specifications KMV0/0 Vac Indicated for applications where a direct current sensor have to switch a power circuit. It is one channel model with SPDT relay output reversible contacts, mounted in box of screwed terminals. KMV0 KMV/0Vac Recommended for a sensor that have to switch (turn on and off) two independent circuits, such as signalling and controlling. It is one channel model with independent relay output reversible contacts (DPDT), mounted in box with screwed terminals. KMV (PNP) (NPN) (PNP) (NPN) (NAMUR) (NAMUR) INPUT OR OR KMV/0Vac INPUT () () () () () () () () () () () () () () () () () () 0 0 A VOLTAGE An economical version for two sensors with two independent channels and SPDT relay output reversible contact mounted in box with screwed terminals () () 0 0 A VOLTAGE 9 N N N or 0Vac Tolerance % A frequency onsumption No. of channels NPN and PNP sensor 0 / 0Hz < VA (NPN, PNP, Namur) proximity sensor see the model to Vdc (no load) Namur Vdc % No. of contacts Max. switching power Response time output relay see the model 0 VA / 0 W Aac / 0 Vdc 0 Vac / 0 Vdc ms (DIN) Mounting mm DIN rail (DIN ) 0 to 0 Protection class IP 0 0 g and g 0 KMV (PNP) (NPN) (NAMUR) (PNP) (NPN) (NAMUR) INPUT INPUT () () () () () 9() () () () () () () 9() () () () () S 0 0 A VOLTAGE N N, 0 0 screwed terminals screwed terminals, 0 0 Amplifiers and ontrols.

2 KD These are powering sources for inductive, capacitive and ultrasonic sensors that have an electrical configuration in direct current. They allow the connection of the NPN proximity sensors (switching the negative), PNP (switching the positive) and they still admit the version in wires D (N and N). Technical haracterisitics Power Supply for Sensors AMPLIFIERS AND ONTROLS KD0 SPDT Relay output and one channel It s applied where a direct current sensor has to switch a power circuit. It s one channel model with relay output reversible contact (SPDT). AMPLIFIER KD0 NPN,PNP SENSOR onsumption indication Isolation Ripple and noises 90 to 0 Vac <.VA green led 00 V < 0mV Line/load regulation < % Input A frequency PNP configurable to NPN 0 or 0 Hz Voltage for sensor Vdc % Available current for sensor 0 ma (0 ma KD) D source efficiency > 0 % Output protection onnection (screwed type) onnection (plug in type)*p* Mounting electronic and regenerative fuse ().mm² screwed terminals.mm² screwed terminals plug in type mm DIN rail Protection class IP 0 0 g 0 to 0 A INPUT 90/0Vac commercial@sense.com.br T KD DPDT Relay output and one channel GN POWER YE IN RELAY Recommended for sensors that must switch two independent circuits such as: signalling and controlling. It s one channel model with relay output reversible contacts (DPDT). GN POWER YE T YE N PNP, NPN INPUT SENSOR Tel.: 900 AMPLIFIER KD NPN,PNP SENSOR A INPUT 90/0Vac PNP, NPN INPUT SENSOR IN N N RELAY commercial@sense.com.br KD SPDT Relay output and channels Tel.: 900 Economical version for two sensors with two independent channels with relay output reversible contact SPDT per channel. AMPLIFIER KD NPN,PNP SENSOR PNP, NPN INPUT IN SENSOR GN A INPUT IN 90/0Vac POWER 9 YE T YE T N RELAY N, 0 commercial@sense.com.br Tel.: 900. Amplifiers and ontrols

3 KMV Level ontrol KMV/0Vac This instrument is a level control used in reservoirs, containers, wells, etc. The control is executed from a mechanical key command (dry contact) or through proximity sensors keeping the level of the tank between minimum and maximum limits. The instrument is supplied with voltage source becoming easy the onnection of the proximity sensors (capacitive, photoelectric, ultrasonic) for the detention of low and high levels. It s mounted in injected in for mm DIN rail (DIN ) or it can be mounted through two screws (DIN 0). The unit has a jump mounting inside the box and its has the function to program the mode of operation (Reservoir or Well) according with the type of the proximity sensory used for monitoring the high and low levels. Technical haracterisitics AMPLIFIERS AND ONTROLS Tank Mode In the tank mode operation the controller energizes the relay output switching the command pump (turn on or off). When the low level sensor is deactivated it turns the pump on and when the liquid is in high level the second sensor will be active turning off the pump. Pump Well Mode The relay output will be energized when the high level sensor is actived turning the pump on to avoid that the liquid overflows. The output relay will be off only when the low level sensor is deactived. Pump HighLevel Low Level High Level or 0Vac Tolerance % A frequency onsumption Operation mode No. of contacts Max. switching power 0 / 0Hz.VA NPN, PNP (NA or NF) prox. sensor tank / well Relay output SPDT 0 VA / 0 W Aac / 0 Vdc 0 Vac / 0 Vdc Mounting mm DIN rail (DIN ) 0 to 0 Protection class IP 0 g Low Level 0 onnection Diagram SENSOR S S SENSOR V 0 9 0V N, 0 0 Amplifiers and ontrols.

4 AMPLIFIERS AND ONTROLS KMV Power Supply with Timer This instrument is a power supply for inductive, capacitive, photoelectric and ultrasonic sensors with electric configuration in direct current. It alows the onnection of NPN proximity sensors (switching the negative), PNP (switching the positive) and the Namur models (which act according to the the consumption current). This equipment has an internal amplifier that detects the sensor activation and aftewards it activates an universal timer (programmable multifunctions) that sets the relay output stage composed by a reversible contact. Applied for processes control and industrial automation equipments and where time delay is required. Technical haracterisitics or 0Vac Tolerance % A frequency onsumption 0 / 0Hz.VA sensor (NPN, PNP, Namur) or contact Time delay ondelay, offdelay and oneshot Time programmable mode Time range Time adjust No. of contacts Max. switching power Signalling selectable by dipswitch A 0 to 0. s / B 0 to s / 0 to 0 s potentiometer relay output SPDT 0 VA / 0 W Aac / 0 Vdc 0 Vac / 0 Vdc red led Mounting mm DIN rail (DIN ) 0 to 0 Protection class IP 0 g KMV/0Vac The KMV has a set of seven dipswitch keys (which are installed in lateral side of the unit) for programming such as delay due to the applied sensor, besides the require time range selection. It also has two potentiometers mounted in the front panel for the delay adjustment within the previously programmed range in the dipswitch keys. ON / OFF Delay Function Every time this function is selected by the potentiometers will be simultaneously activated: P (with commands the ondelay) and P (responsible for the offdelay). In case one of the timers will not be require just set the potentiometer at the scale least canceling completely the equivalent delay. OneShot Function Recommended for supplying previously determined duration pulse, applicable for extending quick detections and where it is required only to detect the passing and not the presence of the object. Output Programming The relay output can be programmed to operate regularly deenergize (normal), or regularly energized (inverted) just acting on the S key. Time Range The delay time range can be within 0 to 0 seconds, available in ranges, defined by the S and S keys. It is re quired to use the least pos si ble range to get the most ac cu rate time on the de lays. 0 onnection Diagram NPN/N S or PNP/N S 9 N Off On DIP SWITH 0 or NAMUR V 0 0V A VOLTAGE, 0. Amplifiers and ontrols

5 AMPLIFIERS AND ONTROLS Timer Amplifier for KMV Photoelectric Sen sors It is a power supply ex clu sive for pho to elec tric sen sors that do not have de output stage incorporated.the unit has an internal amplifier that detects the sensor activation and afterwards it activates a universal timer (programmable multifunctions), that at its time, activates the output stage, composed by a two reversible contacts relay. Recommended for controlling processes and equipment automation where the time de lay is re quired. KMV/0Vac Sensitivity Adjust KMV has an adjust sensitivity potentiometer (P) that has the objective of re duc ing the am pli fier sen si tiv ity, al low ing the set to dis crim i nate re duced ob jects within any dis tance be tween the trans mit ter and the re cep tor (within the spec i fied lim its on the chart above). Instantaneous In this way, the re lay out put in stantly sig nals the light beam in ter rup tion. Rec om mended for ap pli ca tions where the unit must in form the pres ence or pass ing of an ob ject in real time.. Time ondelay The ondelay pro vides a de lay on the pow er ing the out put relay, in re la tion to the sensor activation. Recommended for eliminating sensor false activations, be sides the con trol func tions. Time offdelay In the offde lay, the ac ti va tion of the out put re lay is ex tended in re la tion to the sensor, making it recommended for the sensor quick activation situations. Time on and offdelay This is a com bi na tion of both pre vi ous func tions, the ad justed time is the same for both de lay. Darkon mode This way, the out put re lay is kept deenergized and when the ob ject to be de tected cuts the beam light, the re lay is en er gized. Lighton mode This in verts the out put, it means, the re lay is kept en er gized and when the ob ject breaks the beam light, the re lay is deenergized. Technical haracterisitics or 0Vac Tolerance ± % A frequency onsumption 0 / 0Hz VA TO/ROH set or TO/ROH Time range A 0 to 0s / B 0 to s / 0 to 0.s Delay function Operation mode Programming No. of contacts Max. switching power Response time on delay / off delay/ light / dark by dipswitch Relay output Dpdt 0 VA / 0 W Aac / Adc@ 0 Vdc 0 Vac / 0 Vdc ms Mounting mm DIN rail (DIN ) 0 to 0 Protection class IP 0 P P TOH ROH TOH ROH 0 Sensor models m m m m g TO Off On N DipSwitch 0 RO S 9 N, 0 onnection Diagram V 0 0V A VOLTAGE Amplifiers and ontrols.

6 AMPLIFIERS AND ONTROLS KMV KMV/0Vac This unit has for purpose to detect the direction of rotation in engines, reducing, fans, elevators, mills, mixers, etc. It uses two Namur inductive sensors providing pulses for the control unit, which controls the moving rotation that can be clockwise or counterclockwise direction signaled by two relays. Re verse and Di rect Out put The di rect out put which is formed by one re lay with a SPDT re vers ible con tact, is ac ti vated when the mov ing di rec tion is a clock wise, op er a tion sig nal ized by a red led on the front panel. Anal o gously in anticlockwise mov ing, the re verse re lay is also ac ti vated, with their led, mak ing the di rect re lay to be im me di ately de ac ti vated. Pulses Output Sensor Sensor Rotation Direction Detector The out put stage is com posed by two open col lec tor tran sis tors, able to com mand elec tronic cir cuits or PL I/O in put card. When the rotation sense is direct, the pulses output will supply a pulse every time that a came passes through the sensors, being established that the A frequency signal is proportional to the axis speed. Analogously, the reverse output also transmits the pulses when the rotation is anticlockwise moving. Technical haracterisitics or 0Vac Tolerance % A frequency onsumption Sensor Sensor 0 / 0Hz VA Namur Namur Vdc % urrent consumption Relay output Direct output Reverse output Max. switching power Pulse output ma (off) / ma (on) SPDT relay SPDT relay 0 VA / 0 W Aac / Adc@ 0 Vdc 0 Vac / 0 Vdc PNP transistor ( open colector) 0 Vdc 00 ma Mounting mm DIN rail (DIN ) 0 to 0 Protection class IP 0 g onnection Reverse Direct SENSOR Slotted disc SENSOR () () () () () Direct Output Reverse Output Pulse output () () Reverse Direct. Power supply A Amplifiers and ontrols

7 AMPLIFIERS AND ONTROLS KMV Speed Monitor De veloped to mon i tor equip ment halt, stop or speed in crease, such as engines, reductors, fans, mixers, transporters, mixers, etc. O The speed transductor has the pur pose of con vert ing the me chan i cal mov ing (ro ta tion, os cil la tion, etc) into an elec tri cal sig nal that can be in ter preted by the mov ing mon i tor. It is usu ally done by an in duc tive proximity sensor. This equip ment has in put for the most com mon sen sors: NPN, PNP and Namur. Technical haracterisitics or 0Vac Tolerance % A frequency onsumption Min. pulse duration Min. pulse interval 0 / 0Hz.VA proximity sensor (NPN, PNP, Namur) 0. ms 0. ms Operating range A00 to 000rpm / B0 to 00rpm / to 0rpm Operation mode Start up bypass timing Memory function No. of contacts Max switching power underspeed / overspeed adjustable from to 0 s local or remote programmable relay DPDT 0 VA / 0 W Aac / 0 Vdc 0 Vac / 0 Vdc Mounting mm DIN rail (DIN ) 0 to 0 Protection class IP 0 g KMV/0Vac Overspeed / Underspeed This func tion is pro grammed by po si tion ing the S key on the ON po si tion, be ing reg u larly used to de tect speed in crease sit u a tions, for in stance: in con vey ors lines, bumps, etc. The out put stage of the unit is com posed by a re lay with two re vert ible con tacts (DPDT), be ing indicated by a red led set up in the front panel of the unit. A fault con di tion that makes the out put re lay to be deenergized, it hap pens every time when the speed sur passes the pre vi ously pro grammed value. Initial temporization When se lect ing the underspeed func tion, the start up bypass cir cuit is au to mat i cally ac ti vated; it has the func tion of hold ing the in stru ment work keep ing the out put re lay pow ered un til the con trolled equip ment passes through the ini tial in er tia and reaches the usual op er a tion speed. This tim ing is sig nal ized by a green led set up in the front panel of the in stru ment. Local and remote reset The start up bypass tim ing is ac ti vated when the equip ment is be ing pow ered, and it is also pos si ble, to ac ti vate it later through a re set but ton mounted in the front panel. With the lo cal re set but ton pressed, the out put re lay keeps pow ered, af ter be ing re leased (con tact open ing) the start up bypass tim ing count ing starts and just later it re leases the out put re lay. It is also pos si ble to ac ti vate the re set through an ex ter nal con trol cir cuit or an ex ter nal pushbutton (im pulse con tact) through and 9 ter mi nals, work ing as same as lo cal re set. Memory function It is im ple mented by set ting the S key on the ON po si tion. It has the func tion of block ing the out put re lay when some ir reg u lar ity hap pens, thus forc ing the op er a tor to re set the unit by the pushbutton or by the ex ter nal re set. (local or remote). P 0 onnection Diagram PNP/NPN /N S OR NAMUR Reset 9 START UP RESET V 0 0V A VOLTAGE N N off on P, RESET LOAL Dip Switch 0 0 Amplifiers and ontrols.

8 AMPLIFIERS AND ONTROLS KMV Transdutor de Velocidade 0mA I 0% 0% Fn=0Hz Fn=0Hz The speed transductors se ries are fre quency/cur rent con ver tors, it means, they trans form the pulsed sig nal com ing from a prox im ity sen sor in an an a log i cal sig nal with a cur rent pro por tional to the mon i tored axis speed. This way, the equip ment can be used for ro ta tion mea sure ment, ad vance, etc. ma ma ma ma Technical haracterisitics F(Hz) KMV/0Vac This model has an an a log i cal out put in cur rent in the 0mA range that can be con verted into V volt age sig nal, only add ing a 0 resistor. KMV9/0Vac This model has an an a log i cal out put in cur rent in the 00mA range that can be con verted into a 0V voltage sig nal, only add ing a 0 resistor. Digital output The in stru ment has a digital out put that has the ob jec tive of re peat ing the pulsed sig nal of the sen sor. This out put am pli fies and re peats the sig nal keep ing un changed the interval and the duration be tween the pulses. A frequency de Operation / Nominal The op er a tion fre quency must be de ter mined ac cord ing to the most speed the con trolled equip ment can reach. If an equipment works within the range of 00 to 0 rpm, with an slotted disc of 0 tooth, frequency nominal. Span Adjust There is a po ten ti om e ter set in the front panel, that en ables the span ad just ment, it means the nom i nal fre quency (Fn) can be ad justed around 0%. If the instrument re quires a Fn=00Hz it al lows an ad just ment within the 0 to 0 Hz range. Instrument alibration The instrument calibration is important for the equipment perfect working and it can be ex e cuted in two ways onnection or 0Vac Tolerance % A frequency onsumption urrent consumption 0 / 0Hz VA ma (off)/ ma (on) namur sensor for sensor Vdc % A frequency nominal Ajuste de span Analogical output KMV/... / KMV9/... Nominal voltage / Max. load see table 0% Fn to 0 ma / 0 to 0 ma Vdc / 0 Output currente in overspeed ma % Accuracy/ Linearity 0 A / % Digital output (open colector)pnp transistor Max.switiching voltage 0 Vdc 00 ma Mounting mm DIN rail (DIN ) Protection class / 0 0 to 0 IP 0 / g Namur Brown Blue Digital Output 0 (±)0%FN A Input Io Analogical Input Available A frequencies 0 Hz, 0Hz, 0Hz, 0Hz, 0Hz, 00Hz, 00Hz, 00Hz, 00Hz, 00Hz, 00Hz, 00Hz, 900Hz, KHz, 0. Amplifiers and ontrols

9 KMV 00 In di ca tor Speed Mon i tor The in stru ment mon i tors and in di cates the ro ta tion of equipments, such as: en gines, re duc tors, fans, mix ers, etc. Spe cially rec om mended for equip ment op er at ing in low and high speed, be cause there is a pow er ful mi cro con trol ler in the in stru ment, able to mon i tor ro ta tions from 0.00rpm to 00Hz. The mon i tor has a dis play ½ dig its, com posed by leds of 0 high vis i bil ity seg ments that can be pro grammed to in di cate the ro ta tion of the mon i tored equip ment in rpm, ma, Hz and %. Technical haracterisitics AMPLIFIERS AND ONTROLS KMV00/0Vac Actuation Methods For the con ver sion of the axis me chan i cal move ment into a pulsed elec tric sig nal that can be in ter preted by the mon i tor, it is re quired a Namur in duc tive sensor. The sen sor de tects the pas sage of a me tal lic tar get that can be: a cam, axle, crew, etc, or even a slot ted disc. It is also pos si ble to use tra di tional me chan i cal sen sors or reed switch to supply pulses proportionally to the monitored equipment speed. Output relay The in stru ment has a re lay out put, with pro gram ma ble con tact and ca pac ity to ac ti vate the contactor of the mon i tored equip ment. Operation mode The instrument can operate in three ways: Speeding where the exit contact signals the increase of speed in relation to the Set Point. Underspeed where the exit contact will indicate the fall of the rotation in relation to the Set Point. Window the instrument will request two values of rotation, in which the exit relay will be acted when the speed of the monitored equipment will be in this programmed interval. Analogical output The mon i tor still has an anal o gical out put (00mA or 0mA) pro por tional to the mon i tored ro ta tion, it can be used as feed back to the con trol ler. Initial timing In the win dow and un der speed mode it is still nec es sary to de fine the start up bypass, that has the func tion of block ing the alarm re lay dur ing the mon i tored equip ment start ing, in or der to make it sur pass the ini tial in er tia and reaches the regular operational speed. Alarm Memory It has the func tion of block ing the alarm re lay in case of ir reg u lar ity, re quest ing a re set com mand through the ex ter nal im pulse but ton con nected to mon i tor terminal and. 0 or 0Vac Tolerance % A frequency / onsumption Input signal 0 / 0Hz/ <.VA on/ off Namur sensor DIN9 or mechanical contact Vdc % Switching points Max. frequency Min. pulse duration Operation Display function (programmable) Range. and. ma KHZ 0. ms %, Hz, rpm, ma 0.0Hz0 Hz or 0. rpm 000 rpm Nº of tooth (slotted disc) to 0 Max. axis speed (programmable) Operation mode (programmable) Initial timing Reset Memory function Analogical output urrent Nominal voltage / Max. load Output currente in overspeed 00 to 000 rpm under / over / window,., 0. 0 or 90s external pushbutton programmable to 0 ma or 0 to 0 ma Vdc/ 0 ma Accuracy 0. % Linearity error Relay output No. of contacts/ Response time Programmable function Max switching power Mounting / Protection class/ A SPDT / < ms or N A / 0Vac mm DIN rail (DIN ) / 0 to 0 IP 0/ g 0 Wire monitoring K Exi Wire and short circuit monitoring K K Exi m 0mA/00mA, 0 Namur Sensor MR AZ Exi EXTERNAL RESET onnection V 0 0V A Input Amplifiers and ontrols.9

10 AMPLIFIERS AND ONTROLS RD0 Monitoring and Transduction of Speed and Ro ta tion Dur ing in dus trial pro cess au to ma tion we have many con trol ap pli ca tions and speed monitoring in rotative equip ment such as: en gines, re duc tors, pumps, fans, mix ers, mills, etc. We can find two most fre quent con trols:: Speed Monitoring In this ap pli ca tion an in duc tive prox im ity sen sor is usu ally used and it is in stalled to gether with the mon i tored axis, de tect ing the pass ing of a me tal lic cam or the re lieves of an in dented disc. Thus, the sen sor gen er ates a pulsed sig nal with pro por tional fre quency to the mon i tored axis ro ta tion. The sig nal is trans mit ted for the Speed Mon i tor that com pares the time be tween two pulses with a pre vi ous de ter mined time, com mand ing this way the out put stage. Speed Transductor It con verts the sen sor pulsed sig nal into an a log i cal cur rent sig nal (0mA) pro por tional to mon i tored axis ro ta tion. The analogical current signal is useful to act rotation indicators, speed controllers, etc. Slotted Disc The slot ted disc showed here is a 0 tooth model, easy to in stall be cause it is biparted, it means, di vided in two parts in or der to make the axis set up easy. Its ap pli ca tion is rec om mended to mon i tor low ro ta tion axis; it must be used to gether with an in duc tive prox im ity sen sor with U slot shape.. Model: RD00/FXXXBi Modelo: RS,N/SX Slotted Disc Fiberglass.0 Model: Inductive Sensor RS.N/SX (not included)... 9, Ø Ø D(axis diameter) Ø D(axis diameter) from from 0 0 to to mm mm Body in Aluminium Furo 0, Ø0. Note: In the slot ted disc cod i fi ca tion it is re quired to spec ify the tooth quan tity (RD/RD/RD/RD/RD0) and the axis di am e ter (0 to 0 mm), chang ing the let ters XXX by the di am e ter in mm. EG: RD00/0Bi for a mm di am e ter axis and 0 tooth. Amplifiers and ontrols

11 ISOLATORS KD GALVANI ISOLATORS Monitor de Sinais KD99 Entrada Analógica V Isolator/ onverter V/I Analógico KDTA Vd S S Defeito Alimentação Vcc ±% 9 a 0mA ou a Vcc Imáx = A Umáx = Vca S = VA 9 Imáx = A Umáx = 0Vca S = VA Fone: (0) 90 KD This instrument has the function of isolating and converting the input voltage signal into a proportional current signal. Input voltage/ output: to 0 ma or to V. KD99 Its function is monitoring signals in current or voltage drifting from control loops of processes in areas not classified, alerting when the signal is out of range. Voltage Input / urrent / Relay output KDTAP vendas@sense.com.br Isolador Analógico KDTAP vendas@sense.com.br 9 Isolador Analógico Duplo Entrada Analógica Transmissor fios Jumper I Transmissor fios a 0mA I Transmissor fios I Gerador de corrente Vd S S Defeito Alimentação Vcc ±% 9 a 0mA ou a Vcc Imáx = A Umáx = Vca S = VA Entrada Analógica a 0mA I Transmissor e fios S S a 0mA Saída ou a Vcc 9 S S a 0mA Saída ou a Vcc Defeito Defeito Alimentação Vd 0 Vcc ±% Fone: (0) 90 Fone: (0) 90 KD This instrument has the function of isolating the signals of electronic transmitters current with, or wires and current generators allowing the control of different systems, isolating them against peaks of voltage. Input: to 0 ma/ Output: to 0 ma to volts. KD This instrument has the function of isolating the signals of electronic transmitters current with, or wires and current generators. It has a input and two outputs totaly isolated that allows the control of different systems, isolating them against peaks of voltage. Input: to 0 ma / Double output: to 0 ma to V. KDTA vendas@sense.com.br Isolador Analógico Entrada Analógica ma V Hi 0 0mV mv 0 0% Hi Low Low Vd Hist. Vcc (/ %) Entrada Analógica Transmissor fios 9 S 0 a 0mA Jumper I ou Transmissor fios 0 a Vcc a S 0mA I Transmissor fios Imáx = A Umáx = Vca Defeito S = VA I Gerador de corrente Alimentação Vd KD This instrument has the function of isolating the signals of electronic transmitters current with, or wires and current generators allowing the control of different systems, isolating them against peaks of voltage. Input: to 0 ma / Output: 0 to 0 ma 0 to volts. Vcc ±% Fone: (0) 90 Amplifiers and ontrols.