Figure $234\mathrm{.}150$

$\backslash$table$[[$MOTORS UNUIMITED$],[$AC INDUCTION MOTOR$],[$mernaly Pretecied ho$,$Typat$],[$Stvie K$,$BERUL $59$yA$2],[$Pulte BS$,$True$],[$P$20$ Pis $3,$HOUSte$3$ TO$.],[$HPM $1700,$Stivice facton $1\mathrm{.}15],[$craes $60,$B$5.$ AMPE$],[$Vots $208-230460,],[$DECGRESCRASE $40,$co$0$e D HCuas $24]]$

$\backslash$table$[[$Bedldaz$],[$DEsignLG$,$a ang$],[$coot$,$FR $2131],[$RPM $1760,(3$F $1\mathrm{.}15],[$HP $40,$AMaric $49],[$PH$3,$H$260],[$V $230$ A$,$A $35\mathrm{.}2],[$V $430,$Aly $49\mathrm{.}4]]$

$\backslash$table$[[$IEC MOTOR COMPANY$],[$HOUPNG TO$.,$Thermaly Ftutadod NO$],[$DCOREES CRISE $4,5$ PPV$35],[$FRCME $256$U$,$Hz $],[$HP $2$ PH$3,5\mathrm{.}5.1\mathrm{.}15],[$CODE D$,$HOURS $24],[$ VoLTs$\frac{230}{460},$AMPS $6\mathrm{.}63\mathrm{.}3]]$

Left to right, motors $1,2,$ and $3$ are supplied by a feeder. The feeder originates in a $120/240-$volt, $30,4-$W switchboard or panelboard and feeds the gutter. The motor circuits are tapped in the gutter and terminate in either a fused safety switch or a breaker enclosure $($with an inverse$-$time circuit breaker$),$ located near each motor. The tap length from the gutter to the switch $($or ITCB$)$ for Motor #$1$ is $8$ feet. The tap length from the gutter to the switch $($or ITCB$)$ for Motor #$2$ is $17$ feet. The tap length from the gutter to the switch $($or ITCB$)$ for Motor #$3$ is $30$ feet. All motors will be operated continuously.

Refer to the information shown in Figure $234\mathrm{.}150.$ When the tap for Motor $1$ terminates in a breaker enclosure, the maximum permitted size for an ITCB in this enclosure would be $$ A$.$

Select one:

a$.150$

c$.125$

d$.90$