Emil Eugen Hollander

Is your surname Hollander?

Research the Hollander family

Share your family tree and photos with the people you know and love

  • Build your family tree online
  • Share photos and videos
  • Smart Matching™ technology
  • Free!

Emil Eugen Hollander (Eriksson)

Also Known As: "Emil EugenErsson", "Emil EugenAndersson", "Emil EugenEriksson", "Emil EugéneEriksson", "Emil Eugéne Eriksson"
Birthdate:
Birthplace: Sventorp, Skaraborg, Sverige
Death: September 11, 1947 (66)
New Jersey
Place of Burial: Hanover
Immediate Family:

Son of Erik Johan Andersson; Erik Johan Andersson; Johanna Andersdotter Waller and Johanna Andersdotter Waller
Husband of Amelia Mathilda Hollander and Otilia Wilhelmina (Minie) Hollander
Father of Raymond Eugene Hollander; Elvin Emil Hallander; Esther Amelia Hollander; Lillian Marie Hollander and Frances Eleanor Hollander
Brother of Karl Axel Hollander; Elin Elfida Hallander; Ernst Edvin Hollander; Eric Edward Hallander; Erik Edward Hallander and 6 others
Half brother of Lars Johan Evald Hallander; Maria Christina Ersdotter; Axel Fredrik Eriksson; Maria Christina Eriksdotter and Erik Johan Eriksdotter

Managed by: Jan Alfred Severin Sahlén
Last Updated:

About Emil Eugen Hollander

Emigrerade till USA och avreste den 29 november 1902 från Liverpool i England och anlände till New York. Gifte sig den 29 juli 1906 i New York med Amelia Mathilda Carlsson.Bodde 1910 i Kearny Ward 4, Hudson, New Jersy. Efter första hustruns död gifte han om sig den 5 februari 1916 med Otilia Wilhelmina (Minnie) Carlsson. År 1920 bodde de i Newark ward 9, Essex, New Jersey. Emil Eugene dog den 11 september 1947


GEDCOM Note

Emil also worked in both the mills and on the farms. He was veryintersested in the mechanical end of both the saw and grain mills andassisted his father in the rebuilding and maintenance of the dams.buildings and equipment, and also in the designing of new equipmentwhich gave him a great deal of prictical experience. The mill dam atGudmunstorp went out in a spring flood around 1900, and at the sametime, the canal to the mill--the river at that point was about seventyto eight feet wide, and at spring time there was about six feet highwater crest going over the dam together with great ice blocks 3 to 4feet thick. It required a very srong dam construction and all thebuilding had to be done during the summer months May to September whengenerally the water was normally low. The work proceded as follows: First, a boom crane was made that would lift about two toms forhandling granite focks and heavy timber. this crane was contructed ofspruce which made it light and very strong with cast iron gearing andhand cranks. For hoisting line, a 7/16" chain was used, and for lightloads, a single chain was used. For heavy loads, either a single ordouble compound blocks were used as the load required. It was socontructed that 3 men could take it down and erect it again by usingits own crane for lowering and raising. It was necessary to move italong as the work progressed. Luckily that smmer was very dry and thework was completed by not more than 6 men working at one time. Asthis dam had been expected to go out, a great amound of granite rockhad been cleared off the fields of the farm for years by powderblasting and splitting with steel wedges to form rocks 6 to 8 feetlong by 3 feet wide and 1 to 2 feet thick, or to a size suited to thelarge rocks from which the blasting was done. All this work was a great education in construction work of all kindsfrom stone blasting, blacksmithing, carpentry and excavating,maintenance work and new machine building. Just one example, allfarmers produced enough clover and timothy seeds for each yearsplanting. However, to get this seed out of the sockets was a verytedious job and took months of the farmer's winter because he had nosuitable machine with which to do it. The father with the help of hissons made a machine for this work, the first one in Sweden. Itconsisted of a tapered cylinder about 18" diameter at the large end,and 12" at the small end, and about 36" long. This cylinder wasinside of a housing of the same taper. Both cylinder and housing hadslotted bars running full length. to drive this cylinder at 3600 rpmtook about 25 hp. Here was a very early dynamic balancing job becausewhen first started up the viration was very bad due to dynamicunbalance. The cylinder was then run in its own bearings and balancedby weights being applied until it ran vbirationless. The seed julkswere fed in at the small end from the floor above through a chute andout at the large end. Due to the taper, the husks were distributedevenly, eliminating clogging also by adjusting the outside casingendwise. The space between cylinder and casing could be adjusted forthe correct setting to tear the husk from the seed without damage tothe seed. Behind this was required a cleaning arrangement to recoverthe seed from the chaff, which was accomplised with multiple siftingand fanning. It was very difficult because the timothy seed was smalland of the same size and weight as the chaff. This was accomplished,however, in one pass only took 1 to 2 hours to process each farmer'stotal years production, and a very small percentage of the seed wasleft in the scrap. The above is related to show the background of the four brothers. Emil arrived in America December 8, 1902, and came to Arlington tolive with brother Ernst. He obtained work at Eck Dynamo and MotorWorks, Belleville, NJ. He went to New Haven, Commecticut, where hisbrother, Evald, was then attending Yale University for his Ph degree.He immediate started work at the New Haven Machine Tool Co. makinglathes, drilling machines, slotters, planers, etc. This was a veryold concern and had been at the very front in machine tool making butit had rested too long on its reputation and was being left at thepost because other concerns developed more modern machines and theycould not catch up. The management was old and possibly did not careto carry on. Emil started in the assembly but after about eight months, the foremanof that department left and his job was given to the young greenhorn.He was quite scared of the job at first because of the language andbecause there were many older ment and he was afraid of theirjealousy. However, the boss said he would help and that it would beall right. There were some difficulties particularly from one man,but after one encounter he settled down and took orders gracefully.But this work was very heavy, also dirty, and, as related, the firmhad grown old and it did not seem to ger anywheres. The electricalindustry was then very young and there appeared to be greateropportunity. During the summer of 1904 he left and again began towork for the Eck Dynamo in the machine shop, and after eighteen monthsadvanced to foreman. He continued in this until 1910 when he and Mr. Carl Peterson startedthe Star Fan and Motor Works in Newark, NJ. (See history of StarElectric Motor Co.) In 1906 Emil married Amelia Mathilda Carlson. This marriage endedwith her death in February 13, 1914 leaving three children: Raymondborn May 19, 1907; Elvin born March 21, 1909; and Esther born May 12,1919. On February 5, 1916, he married his first wife's sister, OtiliaWilhelmina Carlson. They have two daughters Mary Lillian born July 7,1917 and Frances Elenore born May 12, 1919.

Emil Hollander died September 11, 1947. Star Electric Motor Co. wentinto reorganization in 1946 and he sold out his interests shortlythereafter. He started Hall Electric Motor Co. for the manufacture offractional morsepower motors but was unable to continue due toconditions at the time.

(Found an Emil Hollander in LDS IGI records Born 21 May 1875 Died Sep1968 at Newark, Essex Co., NJ 07104) (ssn 145-03-4121 Owned the StarElectric Co. in Bloomfield, NJ. Had a partner named Peterson. Broughtin gp Axel and another Peterson as minor partners when theyincorporated.) Emil also worked in both the mills and on the farms. He was veryintersested in the mechanical end of both the saw and grain mills andassisted his father in the rebuilding and maintenance of the dams.buildings and equipment, and also in the designing of new equipmentwhich gave him a great deal of prictical experience. The mill dam atGudmunstorp went out in a spring flood around 1900, and at the sametime, the canal to the mill--the river at that point was about seventyto eight feet wide, and at spring time there was about six feet highwater crest going over the dam together with great ice blocks 3 to 4feet thick. It required a very srong dam construction and all thebuilding had to be done during the summer months May to September whengenerally the water was normally low. The work proceded as follows: First, a boom crane was made that would lift about two toms forhandling granite focks and heavy timber. this crane was contructed ofspruce which made it light and very strong with cast iron gearing andhand cranks. For hoisting line, a 7/16" chain was used, and for lightloads, a single chain was used. For heavy loads, either a single ordouble compound blocks were used as the load required. It was socontructed that 3 men could take it down and erect it again by usingits own crane for lowering and raising. It was necessary to move italong as the work progressed. Luckily that smmer was very dry and thework was completed by not more than 6 men working at one time. Asthis dam had been expected to go out, a great amound of granite rockhad been cleared off the fields of the farm for years by powderblasting and splitting with steel wedges to form rocks 6 to 8 feetlong by 3 feet wide and 1 to 2 feet thick, or to a size suited to thelarge rocks from which the blasting was done. All this work was a great education in construction work of all kindsfrom stone blasting, blacksmithing, carpentry and excavating,maintenance work and new machine building. Just one example, allfarmers produced enough clover and timothy seeds for each yearsplanting. However, to get this seed out of the sockets was a verytedious job and took months of the farmer's winter because he had nosuitable machine with which to do it. The father with the help of hissons made a machine for this work, the first one in Sweden. Itconsisted of a tapered cylinder about 18" diameter at the large end,and 12" at the small end, and about 36" long. This cylinder wasinside of a housing of the same taper. Both cylinder and housing hadslotted bars running full length. to drive this cylinder at 3600 rpmtook about 25 hp. Here was a very early dynamic balancing job becausewhen first started up the viration was very bad due to dynamicunbalance. The cylinder was then run in its own bearings and balancedby weights being applied until it ran vbirationless. The seed julkswere fed in at the small end from the floor above through a chute andout at the large end. Due to the taper, the husks were distributedevenly, eliminating clogging also by adjusting the outside casingendwise. The space between cylinder and casing could be adjusted forthe correct setting to tear the husk from the seed without damage tothe seed. Behind this was required a cleaning arrangement to recoverthe seed from the chaff, which was accomplised with multiple siftingand fanning. It was very difficult because the timothy seed was smalland of the same size and weight as the chaff. This was accomplished,however, in one pass only took 1 to 2 hours to process each farmer'stotal years production, and a very small percentage of the seed wasleft in the scrap. The above is related to show the background of the four brothers. Emil arrived in America December 8, 1902, and came to Arlington tolive with brother Ernst. He obtained work at Eck Dynamo and MotorWorks, Belleville, NJ. He went to New Haven, Commecticut, where hisbrother, Evald, was then attending Yale University for his Ph degree.He immediate started work at the New Haven Machine Tool Co. makinglathes, drilling machines, slotters, planers, etc. This was a veryold concern and had been at the very front in machine tool making butit had rested too long on its reputation and was being left at thepost because other concerns developed more modern machines and theycould not catch up. The management was old and possibly did not careto carry on. Emil started in the assembly but after about eight months, the foremanof that department left and his job was given to the young greenhorn.He was quite scared of the job at first because of the language andbecause there were many older ment and he was afraid of theirjealousy. However, the boss said he would help and that it would beall right. There were some difficulties particularly from one man,but after one encounter he settled down and took orders gracefully.But this work was very heavy, also dirty, and, as related, the firmhad grown old and it did not seem to ger anywheres. The electricalindustry was then very young and there appeared to be greateropportunity. During the summer of 1904 he left and again began towork for the Eck Dynamo in the machine shop, and after eighteen monthsadvanced to foreman. He continued in this until 1910 when he and Mr. Carl Peterson startedthe Star Fan and Motor Works in Newark, NJ. (See history of StarElectric Motor Co.) In 1906 Emil married Amelia Mathilda Carlson. This marriage endedwith her death in February 13, 1914 leaving three children: Raymondborn May 19, 1907; Elvin born March 21, 1909; and Esther born May 12,1919. On February 5, 1916, he married his first wife's sister, OtiliaWilhelmina Carlson. They have two daughters Mary Lillian born July 7,1917 and Frances Elenore born May 12, 1919.

Emil Hollander died September 11, 1947. Star Electric Motor Co. wentinto reorganization in 1946 and he sold out his interests shortlythereafter. He started Hall Electric Motor Co. for the manufacture offractional morsepower motors but was unable to continue due toconditions at the time.

(Found an Emil Hollander in LDS IGI records Born 21 May 1875 Died Sep1968 at Newark, Essex Co., NJ 07104) (ssn 145-03-4121 Owned the StarElectric Co. in Bloomfield, NJ. Had a partner named Peterson. Broughtin gp Axel and another Peterson as minor partners when theyincorporated.)

Emil also worked in both the mills and on the farms. He was veryintersested in the mechanical end of both the saw and grain mills andassisted his father in the rebuilding and maintenance of the dams.buildings and equipment, and also in the designing of new equipmentwhich gave him a great deal of prictical experience. The mill dam atGudmunstorp went out in a spring flood around 1900, and at the sametime, the canal to the mill--the river at that point was about seventyto eight feet wide, and at spring time there was about six feet highwater crest going over the dam together with great ice blocks 3 to 4feet thick. It required a very srong dam construction and all thebuilding had to be done during the summer months May to September whengenerally the water was normally low. The work proceded as follows: First, a boom crane was made that would lift about two toms forhandling granite focks and heavy timber. this crane was contructed ofspruce which made it light and very strong with cast iron gearing andhand cranks. For hoisting line, a 7/16" chain was used, and for lightloads, a single chain was used. For heavy loads, either a single ordouble compound blocks were used as the load required. It was socontructed that 3 men could take it down and erect it again by usingits own crane for lowering and raising. It was necessary to move italong as the work progressed. Luckily that smmer was very dry and thework was completed by not more than 6 men working at one time. Asthis dam had been expected to go out, a great amound of granite rockhad been cleared off the fields of the farm for years by powderblasting and splitting with steel wedges to form rocks 6 to 8 feetlong by 3 feet wide and 1 to 2 feet thick, or to a size suited to thelarge rocks from which the blasting was done. All this work was a great education in construction work of all kindsfrom stone blasting, blacksmithing, carpentry and excavating,maintenance work and new machine building. Just one example, allfarmers produced enough clover and timothy seeds for each yearsplanting. However, to get this seed out of the sockets was a verytedious job and took months of the farmer's winter because he had nosuitable machine with which to do it. The father with the help of hissons made a machine for this work, the first one in Sweden. Itconsisted of a tapered cylinder about 18" diameter at the large end,and 12" at the small end, and about 36" long. This cylinder wasinside of a housing of the same taper. Both cylinder and housing hadslotted bars running full length. to drive this cylinder at 3600 rpmtook about 25 hp. Here was a very early dynamic balancing job becausewhen first started up the viration was very bad due to dynamicunbalance. The cylinder was then run in its own bearings and balancedby weights being applied until it ran vbirationless. The seed julkswere fed in at the small end from the floor above through a chute andout at the large end. Due to the taper, the husks were distributedevenly, eliminating clogging also by adjusting the outside casingendwise. The space between cylinder and casing could be adjusted forthe correct setting to tear the husk from the seed without damage tothe seed. Behind this was required a cleaning arrangement to recoverthe seed from the chaff, which was accomplised with multiple siftingand fanning. It was very difficult because the timothy seed was smalland of the same size and weight as the chaff. This was accomplished,however, in one pass only took 1 to 2 hours to process each farmer'stotal years production, and a very small percentage of the seed wasleft in the scrap. The above is related to show the background of the four brothers. Emil arrived in America December 8, 1902, and came to Arlington tolive with brother Ernst. He obtained work at Eck Dynamo and MotorWorks, Belleville, NJ. He went to New Haven, Commecticut, where hisbrother, Evald, was then attending Yale University for his Ph degree.He immediate started work at the New Haven Machine Tool Co. makinglathes, drilling machines, slotters, planers, etc. This was a veryold concern and had been at the very front in machine tool making butit had rested too long on its reputation and was being left at thepost because other concerns developed more modern machines and theycould not catch up. The management was old and possibly did not careto carry on. Emil started in the assembly but after about eight months, the foremanof that department left and his job was given to the young greenhorn.He was quite scared of the job at first because of the language andbecause there were many older ment and he was afraid of theirjealousy. However, the boss said he would help and that it would beall right. There were some difficulties particularly from one man,but after one encounter he settled down and took orders gracefully.But this work was very heavy, also dirty, and, as related, the firmhad grown old and it did not seem to ger anywheres. The electricalindustry was then very young and there appeared to be greateropportunity. During the summer of 1904 he left and again began towork for the Eck Dynamo in the machine shop, and after eighteen monthsadvanced to foreman. He continued in this until 1910 when he and Mr. Carl Peterson startedthe Star Fan and Motor Works in Newark, NJ. (See history of StarElectric Motor Co.) In 1906 Emil married Amelia Mathilda Carlson. This marriage endedwith her death in February 13, 1914 leaving three children: Raymondborn May 19, 1907; Elvin born March 21, 1909; and Esther born May 12,1919. On February 5, 1916, he married his first wife's sister, OtiliaWilhelmina Carlson. They have two daughters Mary Lillian born July 7,1917 and Frances Elenore born May 12, 1919.

Emil Hollander died September 11, 1947. Star Electric Motor Co. wentinto reorganization in 1946 and he sold out his interests shortlythereafter. He started Hall Electric Motor Co. for the manufacture offractional morsepower motors but was unable to continue due toconditions at the time.

(Found an Emil Hollander in LDS IGI records Born 21 May 1875 Died Sep1968 at Newark, Essex Co., NJ 07104) (ssn 145-03-4121 Owned the StarElectric Co. in Bloomfield, NJ. Had a partner named Peterson. Broughtin gp Axel and another Peterson as minor partners when theyincorporated.)

view all 13

Emil Eugen Hollander's Timeline

1880
October 3, 1880
Sventorp, Skaraborg, Sverige
1902
December 8, 1902
Age 22
1902
Age 21
1907
1907
1909
March 21, 1909
1911
June 5, 1911
1915
1915
Age 34
Sweden
1917
July 7, 1917
New Jersey, United States
1919
May 12, 1919
New Jersey, United States
1947
September 11, 1947
Age 66
New Jersey