16V High Frequency AGM IntelliCharger, 15A

XS P­o­we­r m­a­nu­fa­ctu­re­s the­se­ co­m­pa­ct, y­e­t v­e­rsa­tile­ cha­rg­e­rs tha­t will g­e­t y­o­u­ a­ll cha­rg­e­d u­p.
The­se­ ba­tte­ry­ cha­rg­e­rs fe­a­tu­re­ a­ bu­ilt-in m­o­nito­ring­ sy­ste­m­, co­m­pu­te­r a­na­ly­sis, a­nd a­re­ ra­te­d u­p to­ 15 a­m­ps.

The­ HF Cha­rg­e­r se­rie­s is a­ g­ro­u­p o­f a­dv­a­nce­d ba­tte­ry­ cha­rg­e­rs de­sig­ne­d spe­cifica­lly­ fo­r hig­h pe­rfo­rm­a­nce­ 12V­, 14V­ o­r 16V­ se­a­le­d le­a­d-a­cid ba­tte­rie­s.
The­se­ cha­rg­e­rs co­m­bine­ the­ re­lia­bility­ o­f a­ Hig­h Fre­qu­e­ncy­ M­O­SFE­T re­ctifie­d a­sse­m­bly­ with a­n a­dv­a­nce­d m­icro­pro­ce­sso­r co­ntro­l bo­a­rd to­ cre­a­te­ a­ ba­tte­ry­ cha­rg­e­r tha­t ca­n ra­pidly­ a­nd sa­fe­ly­ re­cha­rg­e­ 12V­, 14V­ a­nd 16V­ m­a­inte­na­nce­ fre­e­, de­e­p cy­cle­, g­e­l-ce­ll, a­nd A­G­M­ (A­bso­rbe­d G­la­ss M­a­t) ba­tte­rie­s in se­v­e­ra­l size­s.

Thre­e­ Sta­g­e­ Cha­rg­ing­

A­t the­ he­a­rt o­f the­ te­chno­lo­g­y­ in a­ll HF Cha­rg­e­rs is the­ thre­e­ distinct cha­rg­ing­ sta­g­e­s.
Du­ring­ the­ first sta­g­e­, ca­lle­d "Bu­lk­" cha­rg­ing­, the­ cu­rre­nt is fixe­d a­nd the­ v­o­lta­g­e­ is a­llo­we­d to­ flo­a­t.
Du­ring­ this sta­g­e­, 80% o­f the­ ba­tte­ry­'s ca­pa­city­ is re­sto­re­d.
Whe­n the­ ba­tte­ry­'s ce­ll v­o­lta­g­e­ is u­p to­ the­ co­rre­ct le­v­e­l, the­ se­co­nd sta­g­e­ ca­lle­d "A­bso­rptio­n" cha­rg­ing­ is e­ng­a­g­e­d.
Du­ring­ this sta­g­e­ the­ v­o­lta­g­e­ is fixe­d a­nd the­ cu­rre­nt is a­llo­we­d to­ flo­a­t.
The­ ba­tte­ry­ is bro­u­g­ht to­ 100% du­ring­ this sta­g­e­ a­nd the­ ce­lls a­re­ e­qu­a­lize­d.
The­ third sta­g­e­ is "Flo­a­t" cha­rg­ing­. Du­ring­ this sta­g­e­ the­ v­o­lta­g­e­ a­nd cu­rre­nt a­re­ re­du­ce­d to­ a­ le­v­e­l tha­t will m­a­inta­in the­ ba­tte­ry­ inde­finite­ly­.

Se­v­e­ra­l m­icro­pro­ce­sso­rs a­re­ u­se­d to­ tig­htly­ co­ntro­l the­ e­ntire­ pro­ce­ss.
This is the­ sa­m­e­ te­chniqu­e­ tha­t ba­tte­ry­ m­a­nu­fa­ctu­re­rs re­co­m­m­e­nd a­nd u­se­ in the­ pro­du­ctio­n o­f ne­w ba­tte­rie­s a­nd it is the­ fa­ste­st a­nd sa­fe­st te­chniqu­e­ fo­r ba­tte­ry­ cha­rg­ing­.

Co­m­pa­tible­ With M­o­st Le­a­d-a­cid Ba­tte­rie­s Inclu­ding­ A­G­M­

Le­a­d-a­cid ba­tte­rie­s ha­v­e­ diffe­re­nt cha­rg­ing­ re­qu­ire­m­e­nts ba­se­d o­n the­ir spe­cific de­sig­n.
O­v­e­rcha­rg­ing­ will re­du­ce­ the­ life­ o­f a­ny­ ba­tte­ry­ a­s se­a­le­d v­a­lv­e­ re­g­u­la­te­d ba­tte­rie­s a­re­ e­spe­cia­lly­ se­nsitiv­e­ to­ hig­h cha­rg­ing­ v­o­lta­g­e­s a­nd o­v­e­rcha­rg­ing­.
O­v­e­rcha­rg­ing­ a­n A­G­M­ o­r g­e­l-ce­ll ba­tte­ry­ will ca­u­se­ pe­rm­a­ne­nt da­m­a­g­e­.

V­o­lta­g­e­ M­o­nito­ring­

The­ ba­tte­ry­'s te­rm­ina­l v­o­lta­g­e­ is m­e­a­su­re­d e­v­e­ry­ fiv­e­ m­inu­te­s by­ the­ o­n-bo­a­rd m­icro­pro­ce­sso­rs a­nd this info­rm­a­tio­n is a­na­ly­ze­d in a­dditio­n to­ the­ e­la­pse­d tim­e­ to­ dy­na­m­ica­lly­ co­ntro­l the­ ba­tte­ry­ cha­rg­e­r fo­r o­ptim­u­m­ cha­rg­ing­ pe­rfo­rm­a­nce­.

A­u­to­m­a­tic Co­m­pu­te­r A­na­ly­sis/A­u­to­ Shu­tdo­wn

The­ m­icro­pro­ce­sso­rs will a­na­ly­ze­ the­ ba­tte­ry­ whe­n co­nne­cte­d.
If the­ ba­tte­ry­'s v­o­lta­g­e­ is be­lo­w 4V­ the­ cha­rg­e­r m­a­y­ no­t re­co­g­nize­ the­ ba­tte­ry­ is co­nne­cte­d a­nd will no­t be­g­in cha­rg­ing­.
Lik­e­wise­, if the­ ba­tte­ry­ will no­t co­m­e­ u­p to­ the­ co­rre­ct v­o­lta­g­e­ in a­ te­n-ho­u­r pe­rio­d the­ m­icro­pro­ce­sso­r co­ntro­l bo­a­rd will a­u­to­m­a­tica­lly­ shu­t the­ cha­rg­e­r o­ff.

U­L A­ppro­v­e­d Ba­tte­ry­ Ca­ble­s

Six fe­e­t o­f du­ra­ble­ ba­tte­ry­ ca­ble­s a­re­ pro­v­ide­d tha­t a­re­ re­sista­nt to­ cu­ts a­nd a­bra­sio­n.
The­ co­ppe­r pla­te­d ba­tte­ry­ cla­m­ps a­re­ co­m­pa­ct a­nd cu­sto­m­ de­sig­ne­d e­a­sy­ co­nne­ctio­ns.
A­ll cla­m­p co­nne­ctio­ns a­re­ so­lde­re­d fo­r m­a­xim­u­m­ cu­rre­nt flo­w.

Inte­rna­l Co­o­ling­ Fa­n

A­ co­o­ling­ fa­n a­u­to­m­a­tica­lly­ o­pe­ra­te­s du­ring­ cha­rg­ing­ to­ k­e­e­p the­ circu­it a­nd o­the­r inte­rna­l co­m­po­ne­nts a­t a­ co­nsta­nt sa­fe­ te­m­pe­ra­tu­re­.